Systems for Quantum Communication

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Laser Science

1. 8:00 - 8:15

   (UTC - 05:00)
   LM1F.1

   Quantum-Correlated Photon-Pair Generation via Cascaded Nonlinearity in a Thin-Film Lithium-NiobateWaveguide

   Presenter: Bradley Elkus, Northwestern University

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   We generate quantum-correlated photon-pairs using traveling-wave cascaded
   nonlinear interactions in a single periodically-poled thin-film lithium-niobate-on-insulator
   waveguide with >10 coincidence-to-accidental ratio.
   
   Authors:Bradley Elkus, Northwestern University / Kamal Abdelsalam, University of Central Florida / Sasan Fathpour, University of Central Florida / Prem Kumar, Northwestern University / Gregory Kanter, Northwestern University

2. 8:15 - 8:30

   (UTC - 05:00)
   LM1F.2

   Generation of entangled cats from photon number states

   Presenter: Saurabh Shringarpure, University of Maryland Baltimore County

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   A phase-entangled cat state is created when a number state passes through a beamsplitter. This entanglement is used to violate Bell’s inequality using large Kerr media. This approach may have applications in quantum communications.
   
   Authors:Saurabh Shringarpure, University of Maryland Baltimore County / James Franson, University of Maryland Baltimore County

3. 8:30 - 8:45

   (UTC - 05:00)
   LM1F.3

   Experimental demonstration of robust quantum steering

   Presenter: Sabine Wollmann, University of Bristol

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   We demonstrate quantum steering based on generalised entropies and dimension-bounded steering inequalities. Further, we investigate their robustness against experimental imperfections such as misalignment in the shared measurement reference-frame.
   
   Authors:Sabine Wollmann, University of Bristol / Roope Uola, University of Geneve / Ana Costa, University of Parana

4. 8:45 - 9:00

   (UTC - 05:00)
   LM1F.4

   Passive-State Preparation for Continuous-Variable Quantum Key Distribution

   Presenter: Bing Qi, Oak Ridge National Laboratory

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   We conduct an experimental study of continuous-variable quantum key distribution using a passive-state preparation scheme. Using an amplified spontaneous emission source, we show that a secure key can be generated over metro-area distances.
   
   Authors:Bing Qi, Oak Ridge National Laboratory / Hyrum Gunther, Brigham Young University / Philip Evans, Oak Ridge National Laboratory / Brian Williams, Oak Ridge National Laboratory / Ryan Camacho, Brigham Young University / Nicholas Peters, Oak Ridge National Laboratory

5. 9:00 - 9:30

   (UTC - 05:00)
   LM1F.5

   (Withdrawn) Transverse-mode-entangled photons in optical fiber

   Presenter: Virginia Lorenz, University of Illinois at Urbana-Champaign

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   We present work towards the experimental generation, characterization and control of transverse mode entanglement of photon pairs in optical fiber. We develop a stimulated-emission technique for characterization of transverse mode entanglement.
   
   Authors:Virginia Lorenz, University of Illinois at Urbana-Champaign

   Invited

6. 9:30 - 9:45

   (UTC - 05:00)
   LM1F.6

   A few-mode fiber Mach-Zehnder interferometer for quantum communication applications

   Presenter: Alvaro Alarcon, Linköpings Universitet - ISY

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   We show that telecom few-mode fiber Mach-Zehnder interferometers can be used for quantum communication protocols where the LP₀₁ and LP_11a modes are employed to encode spatial qubits.
   
   Authors:Alvaro Alarcon, Linköpings Universitet - ISY / Guilherme Xavier, Linköpings Universitet - ISY

7. 9:45 - 10:00

   (UTC - 05:00)
   LM1F.7

   (Withdrawn) Optical Illusions of Single-Photon Measurements

   Presenter: Andre Vatarescu, Fibre-Optic Transmission

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   A periodic stream of single photons is distorted by high-finesse optical cavities and the quantum Rayleigh spontaneous emission in a beam splitter. Groups of photons emerge from interferometric filters because of multiple internal reflections.
   
   Authors:Andre Vatarescu, Fibre-Optic Transmission

Optical Design

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Frontiers in Optics

1. 8:00 - 8:15

   (UTC - 05:00)
   FM1A.1

   Design, Optimization, and De-sensitizing of Radiation Hard Wide Angle Space-mission Camera

   Presenter: Chuan Luo, University of Arizona

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   Incorporating de-sensitization to tolerance in optimization process effectively balances MTF and manufacturability for an F/2 wide angle and broadband camera for space applications for which materials are limited to radiation hard glasses.
   
   Authors:Chuan Luo, University of Arizona / Yuzuru Takashima, University of Arizona

   FiO 1: Fabrication, Design and Instrumentation

2. 8:15 - 8:30

   (UTC - 05:00)
   FM1A.2

   Progress toward optical design and fabrication of ultralight, large aperture transmissive lenses for space telescopes

   Presenter: Thomas Milster, University of Arizona

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   A new type of telescope primary called a MODE lens is described that is being developed for large-diameter space telescopes. Optical design, fabrication, and testing are described with current progress and plans.
   
   Authors:Thomas Milster, University of Arizona / daniel apai, University of Arizona / Dae Kim, University of Arizona / Young Kim, University of Arizona / Zichan Wang, University of Arizona / geon Kim, Korea Basic Science Institute / Yingying Zhang, University of Arizona / Heejoo Choi, University of Arizona / marcos Esparza, University of Arizona / Oliver Spires, University of Arizona / Rongguang Liang, University of Arizona / Kira Purvin, University of Arizona / Chuck Fellows, University of Arizona

   FiO 1: Fabrication, Design and Instrumentation

3. 8:30 - 8:45

   (UTC - 05:00)
   FM1A.3

   Method for Minimizing Lens Breathing with One Moving Group

   Presenter: Jeremy Goodsell, University of Rochester

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   We derive a paraxial solution to lens breathing that uses only one focusing group and maintains perspective. We apply it to patent lenses and reduce breathing by two orders of magnitude while maintaining performance specifications.
   
   Authors:Jeremy Goodsell, University of Rochester / Vladan Blahnik, Carl Zeiss AG

   FiO 1: Fabrication, Design and Instrumentation

4. 8:45 - 9:00

   (UTC - 05:00)
   FM1A.4

   Alternative Method to Design Null-screens for Testing Freeform Surfaces

   Presenter: Dulce Gonzalez-Utrera, Universidad Nacional Autónoma de México

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   New null-screens are presented to test freeform surfaces by reflection. The design starts with a uniform and/or partial sampling over the surface; afterwards, rays fulfilling reflection law are traced to the screen and the detector.
   
   Authors:Dulce Gonzalez-Utrera, Universidad Nacional Autónoma de México / Daniel Aguirre, Universidad Nacional Autónoma de México / Rufino Díaz-Uribe, Universidad Nacional Autónoma de México

   FiO 1: Fabrication, Design and Instrumentation

5. 9:00 - 9:30

   (UTC - 05:00)
   FM1A.5

   Exploring the design space of 3-mirror freeform imagers

   Presenter: Aaron Bauer, University of Rochester

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   Variations on a large aperture three-mirror freeform imager are explored. The tradeoff of optical performance with design parameters such as F-number and FOV aspect ratio is quantified. Reimaging and wide-FOV systems are also studied.
   
   Authors:Aaron Bauer, University of Rochester / Eric Schiesser, University of Rochester / Jannick Rolland, University of Rochester

   Invited FiO 1: Fabrication, Design and Instrumentation

6. 9:30 - 9:45

   (UTC - 05:00)
   FM1A.6

   A Space Compression Optic

   Presenter: Michael DelMastro, University of Ottawa

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   We theoretically introduce a new optic, a plate that reduces propagation length for image formation. We experimentally demonstrate it advances a beam's focus and shifts an obliquely incident beam identically to a longer propagation distance.
   
   Authors:Michael DelMastro, University of Ottawa / Orad Reshef, University of Ottawa / Katherine Bearne, University of Ottawa / Ali Alhulaymi, University of Ottawa / Lambert Giner, National Research Council / Robert Boyd, University of Ottawa / Jeff Lundeen, University of Ottawa

   FiO 1: Fabrication, Design and Instrumentation

7. 9:45 - 10:00

   (UTC - 05:00)
   FM1A.7

   Design of a Broadband Variable Transmission Sphere

   Presenter: Jonathan Koerber, University of North Carolina Charlotte

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   Conventional interferometric transmission spheres are limited by f-number and design source wavelength. We discuss a broadband variable transmission sphere system based on relative lateral translation of freeform surface pairs.
   
   Authors:Jonathan Koerber, University of North Carolina Charlotte / Thomas Suleski, University of North Carolina Charlotte

   FiO 1: Fabrication, Design and Instrumentation

Metamaterials

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Frontiers in Optics

1. 8:00 - 8:30

   (UTC - 05:00)
   FM1B.1

   Optical Meta Devices: Eyes to the Future

   Presenter: Din Ping Tsai, Hong Kong Polytechnic University

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   Metasurfaces is the planar optical device made by artificial nanoantennas. Integrated functionalities of metasurface is promising for practical applications. The meta-devices with their outstanding properties could bring the great value of our life.
   
   Authors:Din Ping Tsai, Hong Kong Polytechnic University / Muku Chen, Hong Kong Polytechnic University / Yongfeng Wu, Hong Kong Polytechnic University

   Invited FiO 2: Optical Interactions

2. 8:30 - 8:45

   (UTC - 05:00)
   FM1B.2

   Enhanced Spontaneous Emission of MoS₂ Monolayers on Epsilon-Near-Zero Substrates

   Presenter: Aleksei Anopchenko, Baylor University

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   We study photoluminescence enhancement of MoS₂ monolayers on alumina-coated thin TiN films grown by molecular-beam-epitaxy. The enhancement is due to increased light absorption at excitation wavelengths equal to epsilon-near-zero wavelength of TiN.
   
   Authors:Aleksei Anopchenko, Baylor University / Khant Minn, Baylor University / Ching-Wen Chang, National Tsing-Hua University / Jinmin Kim, Baylor University / Yu-Jung Lu, Research Center for Applied Sciences, Academia Sinica / Shangjr Gwo, National Tsing-Hua University / Ho Wai Lee, Baylor University

   FiO 2: Optical Interactions

3. 8:45 - 9:00

   (UTC - 05:00)
   FM1B.3

   Active Modulation of Valley Excitons in a Monolayer WSe₂ via Chiral Metamaterials

   Presenter: Zilong Wu, University of Texas at Austin

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   Active modulation of handedness-selective valley dynamics in a monolayer WSe₂ is achieved using plasmonic moiré chiral metamaterials (MCMs) with strong and dynamically tunable optical chirality.
   
   Authors:Zilong Wu, University of Texas at Austin / Yuebing Zheng, University of Texas at Austin

   FiO 2: Optical Interactions

4. 9:00 - 9:15

   (UTC - 05:00)
   FM1B.4

   Enhanced Harmonic Generation in Transition-Metal-Dichalcogenide (TMD) Metasurfaces

   Presenter: Mudassar Nauman, Australian National University

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   We demonstrate enhanced second-harmonic (SH) generation from a single-crystal TMD metasurface of high refractive index. By manipulating the Mie-resonances at the SH wavelength, we show the control of intensity and radiation of the SH signal.
   
   Authors:Mudassar Nauman, Australian National University / Jingshi Yan, Australian National University / Mohsen Rahmani, Australian National University / Domenico de Ceglia, University of Pedova / Costantino De Angelis, University of Brescia / Wendi Ma, Australian National University / Khosro Kamali, Australian National University / Andrey Miroshnichenkoe, University of New South Wales / Yuerui Lu, Australian National University / Dragomir Neshev, Australian National University

   FiO 2: Optical Interactions

5. 9:15 - 9:30

   (UTC - 05:00)
   FM1B.5

   Engineering and Controlling Optical Tamm States Confined at Plasmonic Metasurfaces

   Presenter: Vassili Fedotov, University of Southampton

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   We demonstrate experimentally that optical Tamm states resembling Tamm plasmons are supported by dielectric mirrors interfaced with metasurfaces and appear sensitive to external perturbations allowing spectral tuneability in excess of 30nm.
   
   Authors:Oleksandr Buchnev, University of Southampton / Alexandr Belosludtsev, Center for Physical Sciences and Technology / Victor Reshetnyak, Taras Shevchenko National University of Kyiv / Dean Evans, Air Force Research Laboratory / Vassili Fedotov, University of Southampton

   FiO 2: Optical Interactions

6. 9:30 - 9:45

   (UTC - 05:00)
   FM1B.6

   Broadband terahertz generation from an epsilon-near-zero thin film

   Presenter: Wenhe Jia, Tsinghua University

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   We experimentally demonstrate broadband THz emission, both in transmission and reflection configurations, from a commercially available indium tin oxide thin film, leveraging its unique epsilon-near-zero effect.
   
   Authors:Wenhe Jia, Tsinghua University / Meng Liu, Tianjin University / Yongchang Lu, Tianjin University / Xi Feng, Tianjin University / Qingwei Wang, Tianjin University / Xueqian Zhang, Tianjin University / Yibo Ni, Tsinghua University / Futai Hu, Tsinghua University / Mali Gong, Tsinghua University / Xinlong Xu, Northwest University / Yuanyuan Huang, Northwest University / Weili Zhang, Oklahoma State University / Yuanmu Yang, Tsinghua University / Jiaguang Han, Tianjin University

   FiO 2: Optical Interactions

High Field Physics

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Frontiers in Optics

1. 8:00 - 8:15

   (UTC - 05:00)
   FM1C.1

   High-order Harmonic Generation in Microfluidic Femtosecond Laser Micromachined Devices for Ultrafast X-ray Spectroscopy

   Presenter: Anna Gabriella Ciriolo, Istituto di Fotonica e Nanotecnologie CNR-IFN

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   We report efficient high harmonic generation and control in glass chips fabricated by femtosecond laser micromachining. This work paves the way for the implementation of microfluidic HHG beamlines for X-ray spectroscopy with attosecond resolution.
   
   Authors:Anna Gabriella Ciriolo, Istituto di Fotonica e Nanotecnologie CNR-IFN / Rebeca Martínez Vázquez, Istituto di Fotonica e Nanotecnologie CNR-IFN / Gabriele Crippa, Politecnico di Milano / Valer Tosa, National Institute for R&D of Isotopic and Molecular Technologies / Aldo Frezzotti, Politecnico di Milano / Davide Faccialà, Istituto di Fotonica e Nanotecnologie CNR-IFN / Michele Devetta, Istituto di Fotonica e Nanotecnologie CNR-IFN / Roberto Osellame, Istituto di Fotonica e Nanotecnologie CNR-IFN / Caterina Vozzi, Istituto di Fotonica e Nanotecnologie CNR-IFN / Salvatore Stagira, Politecnico di Milano

   FiO 2: Optical Interactions

2. 8:15 - 8:30

   (UTC - 05:00)
   FM1C.2

   Single-Shot Ptychographic Imaging of Femtosecond Laser Induced Plasma Dynamics

   Presenter: Jonathan Barolak, Colorado School of Mines

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   We present, to our knowledge, the first Single-Shot Ptychographic imaging of a continuously dynamic object. We also present the first ptychographic imaging of a plasma induced event created from a femtosecond laser breakdown in air.
   
   Authors:Jonathan Barolak, Colorado School of Mines / David Goldberger, Colorado School of Mines / Charles Durfee, Colorado School of Mines / Daniel Adams, Colorado School of Mines

   FiO 2: Optical Interactions

3. 8:30 - 9:00

   (UTC - 05:00)
   FM1C.3

   New Class of MHz Repetition-rate Vacuum-ultraviolet Laser Source Based on Highly-cascaded Harmonic Generation

   Presenter: Henry Kapteyn, KMLabs

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   Highly-cascaded harmonic generation (HCHG) process allows for coherent upconversion of low, µJ energy ultrafast pulses to the vacuum ultraviolet. KMLabs’ development of the MHz Hyperion VUV^TM, applications, and future prospects, will be discussed.
   
   Authors:Henry Kapteyn, KMLabs

   Invited FiO 2: Optical Interactions

4. 9:00 - 9:15

   (UTC - 05:00)
   FM1C.4

   Ultrafast observation of intense light-matter interactions in flexible glass via single-shot frequency domain holography

   Presenter: Dennis Dempsey, SUNY Binghamton

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   We use frequency domain holography (FDH) to spatio-temporally visualize the laser-matter interaction caused by the optical Kerr effect and plasma in flexible Corning^® Willow^® Glass in a single-shot.
   
   Authors:Dennis Dempsey, SUNY Binghamton / Garima Nagar, SUNY Binghamton / Christopher Renskers, SUNY Binghamton / Rostislav Grynko, SUNY Binghamton / James Sutherland, Corning Research and Development Corporation / Bonggu Shim, SUNY Binghamton

   FiO 2: Optical Interactions

5. 9:15 - 9:30

   (UTC - 05:00)
   FM1C.5

   Model on Higher Odd Harmonic Generation from Electronic Self-Phase Modulation under Extreme High Intense Pumping of Rare Gas Molecules

   Presenter: Shah Faisal Mazhar, IUSL (CCNY/CUNY)

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   A new theoretical model is presented on the underlying mechanism for odd higher harmonics generation (HHG) produced by ultrafast laser pulses from the nonlinear optical-electronic response n₂ for SPM effects in rare gas molecules.
   
   Authors:Robert Alfano, IUSL (CCNY/CUNY) / Shah Faisal Mazhar, IUSL (CCNY/CUNY) / Lingyan Shi, Shi Lab

   FiO 2: Optical Interactions

6. 9:30 - 9:45

   (UTC - 05:00)
   FM1C.6

   Acceleration of quasi mono-energetic electron bunches to ~15MeV using <3mJ energy few-cycle laser pulses

   Presenter: Fatholah Salehi, University of Maryland

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   We demonstrate acceleration of quasi mono-energetic electron bunches up to ~15 MeV at 1kHz repetition rate with > pC charge per bunch while using <3mJ laser pulse energy.
   
   Authors:Fatholah Salehi, University of Maryland / Manh Le, University of Maryland / Lucas Railing, University of Maryland / Lucas Pascale, University of Maryland / Howard Milchberg, University of Maryland

   FiO 2: Optical Interactions

7. 9:45 - 10:00

   (UTC - 05:00)
   FM1C.7

   Two Color High-Order Harmonic Generation from Solids Combining Mid-Infrared and Terahertz Pulses

   Presenter: Sha Li, The Ohio State University

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   In this work, we present our novel approach to explore high-order harmonic generation from solids by introducing a two-color scheme that combines an 80 fs, 3.6 μm mid-infrared driving field with a 2 ps, 600 μm single-cycle terahertz dressing field.
   
   Authors:Sha Li, The Ohio State University / Yaguo Tang, The Ohio State University / Lisa Ortmann, The Ohio State University / Bradford Talbert, The Ohio State University / Zhou Wang, The Ohio State University / Yang Cheng, The Ohio State University / Fengyuan Yang, The Ohio State University / Alexandra Landsman, The Ohio State University / Pierre Agostini, The Ohio State University / Louis DiMauro, The Ohio State University

   FiO 2: Optical Interactions

Modes in Fiber Optic Communications

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Frontiers in Optics

1. 8:00 - 8:30

   (UTC - 05:00)
   FM1D.1

   Finding the Right Modes for Communicating with Optics

   Presenter: David A. B. Miller, Stanford University

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   We show a simple and rigorous way of finding the strongest and lowest cross-talk channels for communicating with optics. This approach leads to several practical and fundamental results in classical and quantum optics.
   
   Authors:David A. B. Miller, Stanford University

   Invited FiO 4: Fiber Optics and Optical Communications Photonics

2. 8:30 - 8:45

   (UTC - 05:00)
   FM1D.2

   Toward Generation of Orbital-Angular-Momentum-Entangled Photon Pairs in a Few-Mode Fiber

   Presenter: Afshin Shamsshooli, University of Texas at Arlington

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   We describe a novel scheme for generation of orbital-angular-momentum-entangled photons in a few-mode fiber. We experimentally verify the underlying inter-modal parametric processes with two-mode signal input, and high mode purity of the idler.
   
   Authors:Afshin Shamsshooli, University of Texas at Arlington / Cheng Guo, University of Texas at Arlington / Francesca Parmigiani, Microsoft Research / Xiaoying Li, Tianjin University / Michael Vasilyev, University of Texas at Arlington

   FiO 4: Fiber Optics and Optical Communications Photonics

3. 8:45 - 9:00

   (UTC - 05:00)
   FM1D.3

   
   Spin Orbit Interaction Constraints in Scalar Perturbation Theories

   Presenter: Ramesh Bhandari, Laboratory for Physical Sciences

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   We report spin-orbit-interaction-induced validity constraints for scalar perturbation theories, recently developed to investigate the impact of slight fiber ellipticity and fiber bends on orbital-angular-momentum mode propagation in a fiber.
   
   Authors:Ramesh Bhandari, Laboratory for Physical Sciences

   FiO 4: Fiber Optics and Optical Communications Photonics

4. 9:00 - 9:15

   (UTC - 05:00)
   FM1D.4

   (Withdrawn) Quantum secret sharing with spinning and twisting photons

   Presenter: Isaac Nape, University of the Witwatersrand

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   We demonstrate a quantum secret sharing protocol using single photons encoded with polarisation (spin) and high dimensional transverse spatial modes carrying orbital angular momentum (twist).
   
   Authors:Isaac Nape, University of the Witwatersrand / Michael de Oliveira, University of the Witwatersrand / Jonathan Pinnell, University of the Witwatersrand / Najmeh TabeBordbar, University of the Witwatersrand / Andrew Forbes, University of the Witwatersrand

   FiO 4: Fiber Optics and Optical Communications Photonics

5. 9:15 - 9:30

   (UTC - 05:00)
   FM1D.5

   Ghost Polarization Communication

   Presenter: Markus Rosskopf, Technical University of Darmstadt

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   We realize a novel, secure communication scheme by exploiting the ultrafast polarization correlation dynamics of unpolarized light and the infinite number of polarization states on the Poincaré sphere within a ghost polarimetry set-up.
   
   Authors:Markus Rosskopf, Technical University of Darmstadt / Till Mohr, Technical University of Darmstadt / Wolfgang Elsäßer, Technical University of Darmstadt

   FiO 4: Fiber Optics and Optical Communications Photonics

6. 9:30 - 9:45

   (UTC - 05:00)
   FM1D.6

   (Withdrawn) Machine Learning Based Identification of Orbital Angular Momentum Modes

   Presenter: Safura Sharifi, Louisiana State University

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   We employ convolutional neural networks to automatically recognize nine superposition classes of Laguerre-Gaussian modes. The model is trained using only theoretical images, and reaches an accuracy of 97%.
   
   Authors:Safura Sharifi, Louisiana State University / Yaser Banadaki, Southern University / Jonathan Dowling, Louisiana State University / Georgios Veronis, Louisiana State University

   FiO 4: Fiber Optics and Optical Communications Photonics

Plasmonics I

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Frontiers in Optics

1. 8:00 - 8:15

   (UTC - 05:00)
   FM1E.1

   Integrated Plasmonic Terahertz Field Detector

   Presenter: Yannick Salamin, ETH Zurich

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   We present a compact and silicon compatible THz field detector platform. An optimum nonlinear interaction of the infrared and THz modes in a plasmonic waveguide-cavity enables a broadband and highly efficient detection.
   
   Authors:Yannick Salamin, ETH Zurich / Ileana-Cristina Benea-Chelmus, ETH Zurich / Yuriy Fedoryshyn, ETH Zurich / Francesca Settembrini, ETH Zurich / Wolfgang Heni, ETH Zurich / Delwin Elder, University of Washington / Larry Dalton, University of Washington / Jérôme Faist, ETH Zurich / Juerg Leuthold, ETH Zurich

   FiO 5: Photonic Integrated Devices and Applications

2. 8:15 - 8:30

   (UTC - 05:00)
   FM1E.2

   Large Purcell enhancement with nanoscale non-reciprocal photon transmission in chiral gap-plasmon-emitter systems

   Presenter: Lingxiao Shan, Peking University

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   Large Purcell enhancement with effective nanoscale directional transmission is proposed in gap-plasmon-emitter systems. The transmission direction is controlled under fields with different helicities. It offers ways to non-reciprocal on-chip sources.
   
   Authors:Lingxiao Shan, Peking University / Zhang Fan, Peking University / Juanjuan Ren, Peking University / Qi Zhang, Peking University / Qihuang Gong, Peking University / Ying Gu, Peking University

   FiO 5: Photonic Integrated Devices and Applications

3. 8:30 - 8:45

   (UTC - 05:00)
   FM1E.3

   Microscopic nonlinear optical response of plasmonic meta-atoms

   Presenter: Md Saad-Bin-Alam, University of Ottawa

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   We experimentally measure the microscopic 2nd-order nonlinear optical response of plasmonic meta-atoms known as the 1st-order hyperpolarizability. This result is crucial to design nonlinear metasurfaces consisting of plasmonic meta-atoms.
   
   Authors:Md Saad-Bin-Alam, University of Ottawa / Kashif M. Awan, University of Ottawa / Antti Kiviniemi, Tampere University / Joshua Baxter, University of Ottawa / Yaryna Mamchur, National Technical University of Ukraine, “Igor Sikorsky Kyiv Polytechnic Institute” / Antonio Cala' Lesina, University of Ottawa / Lora Ramunno, University of Ottawa / Mikko J. Huttunen, Tampere University / Ksenia Dolgaleva, University of Ottawa

   FiO 5: Photonic Integrated Devices and Applications

4. 8:45 - 9:00

   (UTC - 05:00)
   FM1E.4

   Integrated Photodetection Leveraging Plasmonic Radiation Pressure

   Presenter: Jared Strait, National Institute of Standards and Technology

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   We present novel integrated photodetectors based on the radiation pressure of a plasmonic mode. We implement this device concept for the first time and investigate its potential for fast, broadband, and inexpensive optical detection.
   
   Authors:Jared Strait, National Institute of Standards and Technology / Christian Haffner, National Institute of Standards and Technology / Junyeob Song, National Institute of Standards and Technology / Glenn Holland, National Institute of Standards and Technology / Wei Zhou, Virginia Tech / Amit Agrawal, National Institute of Standards and Technology / Henri Lezec, National Institute of Standards and Technology

   FiO 5: Photonic Integrated Devices and Applications

5. 9:00 - 9:15

   (UTC - 05:00)
   FM1E.5

   Tuning the Optical Properties of Er³⁺ and Eu³⁺ ions in Phosphate Glass by the Thermally-Induced Gold Nanoparticles

   Presenter: Georgiy Shakhgildyan, Mendeleev University

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   Thermally-induced precipitation of Au pre-plasmonic nanoparticles in phosphate glasses leads to the increase of luminescence intensity of Er3+ and Eu3+ ions
   
   Authors:Georgiy Shakhgildyan, Mendeleev University

   FiO 5: Photonic Integrated Devices and Applications

6. 9:15 - 9:30

   (UTC - 05:00)
   FM1E.6

   Ultrabright photoluminescence spikes from 100-nm colloidal silver nanocubes for patch nanoantennas

   Presenter: Svetlana Lukishova, University of Rochester

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   Ultrabright intensity spikes (up to ~400-900 kcounts/s) appear sporadically in time traces of photoluminescence from 100-nm silver nanocubes (used in patch nanoantennas for single-photon source applications) under 532 or 633 nm laser excitation.
   
   Authors:Svetlana Lukishova, University of Rochester / Jerome Brone, University of Rochester / Jiwei Mei, University of Rochester / Liam Young, University of Rochester / Darman Khan, University of Rochester / Zihao Li, University of Rochester

   FiO 5: Photonic Integrated Devices and Applications

7. 9:30 - 9:45

   (UTC - 05:00)
   FM1E.7

   Lensless Compound-Eye Vision with Plasmonic Ommatidia

   Presenter: Leonard Kogos, Boston University

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   We report the design, fabrication, and characterization of geometrically-tunable angle-sensitive photodetectors based on plasmonic metasurfaces for the development of flat lensless compound-eye cameras with ultrawide (±75°) fields of view.
   
   Authors:Leonard Kogos, Boston University / Yunzhe Li, Boston University / Jianing Liu, Boston University / Yuyu Li, Boston University / Lei Tian, Boston University / Roberto Paiella, Boston University

   FiO 5: Photonic Integrated Devices and Applications

8. 9:45 - 10:00

   (UTC - 05:00)
   FM1E.8

   Optothermal Generation and Manipulation of Plasmons

   Presenter: Eduardo Brioso Dias, ICFO-The Institute of Photonic Sciences

    Presentation Details   Paper  Add to Schedule

   We demonstrate the ability of graphene, thin metal films, and graphene/metal hybrid systems to undergo photothermal optical modulation with depths as large as >70% over a wide spectral range.
   
   Authors:Eduardo Brioso Dias, ICFO-The Institute of Photonic Sciences / Renwen Yu, ICFO-The Institute of Photonic Sciences / Javier Garcia de Abajo, ICFO-The Institute of Photonic Sciences

   FiO 5: Photonic Integrated Devices and Applications

Keynote on Quantum Computing and Session on Platforms for Quantum Computing I

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Quantum 2.0

1. 10:00 - 10:45

   (UTC - 05:00)
   QM1A.1

   Keynote: Building Google’s Quantum Computer

   Presenter: Marissa Giustina, Google AI Quantum

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   The Google AI Quantum team develops chip-based circuitry that one can interact with (control and read out) and which behaves reliably according to a simple quantum model. Such quantum hardware holds promise as a platform for tackling problems intractable to classical computing hardware. While the demonstration of a universal, fault-tolerant, quantum computer remains a goal for the future, it has informed the design of a prototype with which we have recently controlled a quantum system of unprecedented scale. This talk introduces Google’s quantum computing effort from both hardware and quantum-information perspectives, including an overview of recent technological developments and results.
   
   Authors:Marissa Giustina, Google AI Quantum

   Keynote Quantum 2.0: Quantum Communication Systems

2. 10:45 - 11:15

   (UTC - 05:00)
   QM1A.2

   Integrating the Trapped Ion Quantum Processor

   Presenter: Daniel Slichter, NIST

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   I will describe recent results on high-fidelity control and readout of trapped ion qubits using microwave electrodes and single photon detectors integrated into chip-based ion traps, and discuss prospects for scaling and further integration.
   
   Authors:Daniel Slichter, NIST

   Invited Quantum 2.0: Quantum Metrology & Sensors

3. 11:15 - 11:45

   (UTC - 05:00)
   QM1A.3

   Programmable Neutral Atom Systems

   Presenter: Benjamin Bloom, Atom Computing

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   Neutral atoms like their ionic counterpart have demonstrated incredible storage time of quantum information. Coupled with recent demonstrations of atom-atom entanglement this platform offers great promise for truly large scale quantum systems for computation. Here we present recent work of creating a programmable quantum system akin to what has been accomplished with other computing platforms.
   
   Authors:Benjamin Bloom, Atom Computing

   Invited Quantum 2.0: Optical & Laser Technology for QIST Systems

Machine Learning and Optimization

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Frontiers in Optics

1. 10:30 - 10:45

   (UTC - 05:00)
   FM2A.1

   Inverse Design of Nanophotonic Structures Using a Hybrid Dimensionality Reduction Technique

   Presenter: Michael Chen, Georgia Institute of Technology

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   In this work, we leverage neural networks and dimensionality reduction both in the design and response space to rapidly and efficiently design near-optimal optical nanostructures producing a desired electromagnetic response.
   
   Authors:Michael Chen, Georgia Institute of Technology / Mohammadreza Zandehshahvar, Georgia Institute of Technology / Yashar Kiarashinejad, Georgia Institute of Technology / Omid Hemmatyar, Georgia Institute of Technology / Divya Umapathy, Georgia Institute of Technology / Sajjad Abdollahramezani, Georgia Institute of Technology / Ali Adibi, Georgia Institute of Technology

   FiO 1: Fabrication, Design and Instrumentation

2. 10:45 - 11:00

   (UTC - 05:00)
   FM2A.2

   Elucidating the Physics of Nanophotonic Structures Through Explainable Machine Learning Algorithms

   Presenter: Christopher Yeung, University of California, Los Angeles

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   Explainable machine learning algorithms were applied to convolutional neural networks to reveal deeper insights into the properties of metamaterials, demonstrating new avenues for physics discovery and device optimization in optics and photonics.
   
   Authors:Christopher Yeung, University of California, Los Angeles / Ju-Ming Tsai, University of California, Los Angeles / Brian King, University of California, Los Angeles / Yusaku Kawagoe, University of California, Los Angeles / David Ho, University of California, Los Angeles / Aaswath Raman, University of California, Los Angeles

   FiO 1: Fabrication, Design and Instrumentation

3. 11:00 - 11:15

   (UTC - 05:00)
   FM2A.3

   Deep-learning Accelerated Fringe Pattern Filtration Using Variational Image Decomposition

   Presenter: Maria Cywinska, Warsaw University of Technology

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   Using a deep convolutional neural network we accelerated our unsupervised variational image decomposition algorithm making it not only automatic, robust and accurate but also fast. Reduction of computation time is nearly 90%.
   
   Authors:Maria Cywinska, Warsaw University of Technology / Maciej Trusiak, Warsaw University of Technology / Krzysztof Patorski, Warsaw University of Technology

   FiO 1: Fabrication, Design and Instrumentation

4. 11:15 - 11:30

   (UTC - 05:00)
   FM2A.4

   In-system optimization of hologram for high-stability parallel laser processing

   Presenter: Honghao Zhang, Center for Optical Research and Educatio

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   A method that we developed for continuously optimizing a CGH during laser processing, allowing the holographic laser processing system to dynamically compensate for unknown and sudden disturbances.
   
   Authors:Honghao Zhang, Center for Optical Research and Educatio / SATOSHI HASEGAWA, Center for Optical Research and Educatio / HIDETOMO TAKAHASHI, IMRA America, Inc. / HARUYOSHI TOYODA, Hamamatsu Photonics / Yoshio Hayasaki, Center for Optical Research and Educatio

   FiO 1: Fabrication, Design and Instrumentation

5. 11:30 - 11:45

   (UTC - 05:00)
   FM2A.5

   A super-resolution planar lens with binary phase modulation using particle swarm optimization algorithm

   Presenter: Zhaoxiang Zhu, Sun Yat-sen University

    Presentation Details   Paper  Add to Schedule

   We design a plane lens with binary phase modulation for linearly polarized light using the combined vector angular spectrum and binary particle swarm optimization algorithm (PSO), targeting for breaking the diffraction limit.
   
   Authors:Zhaoxiang Zhu, Sun Yat-sen University

   FiO 1: Fabrication, Design and Instrumentation

6. 11:45 - 12:00

   (UTC - 05:00)
   FM2A.6

   An Improved Ptychographic Algorithm for Multi-Pulse Phase Retrieval

   Presenter: Alex Wilhelm, Colorado School of Mines

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   We present a ptychographic phase retrieval algorithm which solves the square root problem in second order pulse measurement techniques and reconstructs the fields of multiple incoherent pulses simultaneously from a single dispersion scan trace.
   
   Authors:Alex Wilhelm, Colorado School of Mines / David Schmidt, Colorado School of Mines / Daniel Adams, Colorado School of Mines / Charles Durfee, Colorado School of Mines

   FiO 1: Fabrication, Design and Instrumentation

7. 12:00 - 12:15

   (UTC - 05:00)
   FM2A.7

   Sub-micron Array of Split-Ring Resonators Through Polarization Incorporated Phase-Controlled Interference Lithography

   Presenter: Swagato Sarkar, Indian Institute of Technology Delhi

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   We demonstrate possibilities of realizing submicron split-ring resonator (SRR) hexagonal array using single-shot phase-controlled interference lithography (PCIL) approach.
   
   Authors:Swagato Sarkar, Indian Institute of Technology Delhi / Krishnendu Samanta, Indian Institute of Technology Delhi / Joby Joseph, Indian Institute of Technology Delhi

   FiO 1: Fabrication, Design and Instrumentation

Structured Materials and Structured Light

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Frontiers in Optics

1. 10:30 - 10:45

   (UTC - 05:00)
   FM2C.1

   Origin of robust exceptional points: Restricted bulk zero-mode

   Presenter: José David Hernández Rivero, College of Staten Island, CUNY

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   We unveil the origin of robust exceptional points in photonic lattices: without invoking sublattice symmetry, this exceptional point is a restricted bulk zero-mode that meets certain condition only in the site adjacent to the boundary.
   
   Authors:José David Hernández Rivero, College of Staten Island, CUNY / Li Ge, College of Staten Island, CUNY

   FiO 2: Optical Interactions

2. 10:45 - 11:00

   (UTC - 05:00)
   FM2C.2

   Binary non-Hermitian disordered lattices

   Presenter: Andreas Tzortzakakis, Physics Department UOC

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   We study the effect of non-Hermiticity on a short-range correlated one dimensional disordered lattice. Despite the fact that all states are localized, the system exhibits transport in the transverse direction between distant sites.
   
   Authors:Andreas Tzortzakakis, Physics Department UOC / Konstantinos Makris, Physics Department UOC / Alexander Szameit, Universitat Rostock / Eleftherios Economou, Physics Department UOC

   FiO 2: Optical Interactions

3. 11:00 - 11:15

   (UTC - 05:00)
   FM2C.3

   Doubly Resonant Second Harmonic Generation in Photonic Crystal Cavities via Bound States in the Continuum

   Presenter: Marco Clementi, Università degli Studi di Pavia

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   We experimentally demonstrate doubly resonant second harmonic generation in gallium nitride photonic crystal cavities. The second harmonic mode is confined via a bound state in the continuum, which yields a radially polarized vortex beam.
   
   Authors:Marco Clementi, Università degli Studi di Pavia / Andrea Barone, Università degli Studi di Pavia / Jun Wang, Ecole Polytechnique Fédérale de Lausanne / Momchil Minkov, Stanford University / Jean-François Carlin, Ecole Polytechnique Fédérale de Lausanne / Nicolas Grandjean, Ecole Polytechnique Fédérale de Lausanne / Shanhui Fan, Stanford University / Romuald Houdré, Ecole Polytechnique Fédérale de Lausanne / Dario Gerace, Università degli Studi di Pavia / Matteo Galli, Università degli Studi di Pavia

   FiO 2: Optical Interactions

4. 11:15 - 11:30

   (UTC - 05:00)
   FM2C.4

   Limits on Thermal Emission from Multiple Coupled Resonators

   Presenter: Xin Huang, UCLA

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   We develop a temporal coupled-mode theory to describe thermal emission from an arbitrary number of coupled resonators. We derive bounds on total power emitted as a function of bandwidth and verify it with numerical examples.
   
   Authors:Xin Huang, UCLA / Christopher Yeung, UCLA / Aaswath Raman, UCLA

   FiO 2: Optical Interactions

5. 11:15 - 11:30

   (UTC - 05:00)
   FM2C.4

   Limits on Thermal Emission from Multiple Coupled Resonators

   Presenter: Xin Huang, UCLA

    Presentation Details

   We develop a temporal coupled-mode theory to describe thermal emission from an arbitrary number of coupled resonators. We derive bounds on total power emitted as a function of bandwidth and verify it with numerical examples.
   
   Authors:Xin Huang, UCLA / Christopher Yeung, UCLA / Aaswath Raman, UCLA

   FiO 2: Optical Interactions

6. 11:30 - 11:45

   (UTC - 05:00)
   FM2C.5

   Structuring the Complex Lattices by Tailoring Phase and Polarization

   Presenter: Ruchi ., Indian Institute of Technology Delhi

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   Fundamental properties of light viz, amplitude, phase, and polarization can be tailored to generate structured light. Here, we study complex lattice structures and investigate the underlying relationship between phase and polarization engineering.
   
   Authors:Ruchi ., Indian Institute of Technology Delhi / Paramasivam Senthilkumaran, Indian Institute of Technology Delhi

   FiO 2: Optical Interactions

7. 11:45 - 12:00

   (UTC - 05:00)
   FM2C.6

   Detecting Spatially Incoherent Light with Plasmonic Metasurfaces

   Presenter: Vassili Fedotov, University of Southampton

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   We show that plasmonic non-diffracting metasurfaces of certain type respond differently to spatially coherent & incoherent light. The effect has no analogue in optical materials and enables robust discrimination between various degrees of coherence.
   
   Authors:Thomas Frank, University of Southampton / Oleksandr Buchnev, University of Southampton / Tamsin Cookson, University of Southampton / Malgosia Kaczmarek, University of Southampton / Pavlos Lagoudakis, University of Southampton / Vassili Fedotov, University of Southampton

   FiO 2: Optical Interactions

8. 12:00 - 12:15

   (UTC - 05:00)
   FM2C.7

   Transverse Polarization Structure of an Off-axis Vortex Beam Propagating Through a Birefringent Crystal

   Presenter: Maruthi Brundavanam, Indian Institute of Technology Kharagpur

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   Tracking of C-point singularities in the transverse polarization structure due to unfolding of an off-axis optical vortex beam in a birefringent crystal with different radial and azimuthal positions of the point phase singularity.
   
   Authors:Maruthi Brundavanam, Indian Institute of Technology Kharagpur / Satyajit Maji, Indian Institute of Technology Kharagpur / Mohit Rathor, Indian Institute of Technology Kharagpur

   FiO 2: Optical Interactions

High Capacity Communications Techniques and Devices

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Frontiers in Optics

1. 10:30 - 10:45

   (UTC - 05:00)
   FM2D.1

   PON Monitoring Technique Based on 2D Encoders and Wavelength-to-Time Mapping

   Presenter: Manuel Fernández, Centro Atómico Bariloche, Comisión Nacional de Energía Atómica (CNEA); Instituto Balseiro (CNEA-Universidad Nacional de Cuyo) and CONICET.

    Presentation Details   Paper  Add to Schedule

   A PON monitoring technique is demonstrated based on an OTDR-like device and FBG-encoders having a unique combination of central wavelength and reflection bandwidth. This results in more compact and cost-efficient encoders than previous proposals.
   
   Authors:Manuel Fernández, Centro Atómico Bariloche, Comisión Nacional de Energía Atómica (CNEA); Instituto Balseiro (CNEA-Universidad Nacional de Cuyo) and CONICET. / Pablo Costanzo Caso, Centro Atómico Bariloche, Comisión Nacional de Energía Atómica (CNEA); Instituto Balseiro (CNEA-Universidad Nacional de Cuyo) and CONICET. / Laureano Bulus Rossini, Centro Atómico Bariloche, Comisión Nacional de Energía Atómica (CNEA); Instituto Balseiro (CNEA-Universidad Nacional de Cuyo) and CONICET. / José Cruz, Departamento de Física Aplicada y Electromagnetismo, Universidad de Valencia. / Miguel Andrés, Departamento de Física Aplicada y Electromagnetismo, Universidad de Valencia.

   FiO 4: Fiber Optics and Optical Communications Photonics

2. 10:45 - 11:00

   (UTC - 05:00)
   FM2D.2

   Integrated Couplers for OAM Fiber Modes using Compact Antennas and Circular Grating

   Presenter: Hening Andrade, University of Campinas

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   We present and compare two novel integrated devices in SOI platform for the coupling of OAM modes into multimode fibers. Simulation results show generated OAM beams and mode overlap with a photonic bandgap fiber.
   
   Authors:Hening Andrade, University of Campinas / Julián Pita, University of Campinas / Giovanni Farias, University of Campinas / Lucas Gabrielli, University of Campinas

   FiO 4: Fiber Optics and Optical Communications Photonics

3. 11:00 - 11:30

   (UTC - 05:00)
   FM2D.3

   Ultra-high Symbol Rate Generation via Electrical Multiplexing

   Presenter: Xi Chen, Nokia Bell Labs

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   We review the techniques that can enable all-electrical generation of symbol rate 200 GBaud and beyond. In particular, we focus on digital band interleaved DACs which offer high speed and good digital-to-analog conversion resolution.
   
   Authors:Xi Chen, Nokia Bell Labs

   Invited FiO 4: Fiber Optics and Optical Communications Photonics

4. 11:30 - 11:45

   (UTC - 05:00)
   FM2D.4

   Investigation and Reduction of Optically Induced Nonlinear Effects in Silicon Ring Resonator

   Presenter: Vadivukkarasi Jeyaselvan, Indian Institute of Science

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   We present a detailed experimental study of mitigation of two-photon absorption in silicon microring modulator. In this work, we report the effect of optical and electrical signal power on the spectral characteristics of a ring modulator.
   
   Authors:Vadivukkarasi Jeyaselvan, Indian Institute of Science / Shankar Selvaraja, Indian Institute of Science

   FiO 4: Fiber Optics and Optical Communications Photonics

5. 11:45 - 12:00

   (UTC - 05:00)
   FM2D.5

   Compact and Low-loss Silicon Photonic Hybrid Mode and Wavelength (De)Multiplexer

   Presenter: Ali Binaie, Columbia University

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   A novel silicon photonic circuit for simultaneous Mode and Wavelength Division (De)Multiplexing is demonstrated via advanced simulation. This compact Si circuit uses optical phase shifters based on asymmetric waveguides.
   
   Authors:Ali Binaie, Columbia University / Jun Hyek Jang, Columbia University / Xiang Meng, Columbia University / Richard M. Osgood, Columbia University / Harish Krishnaswamy, Columbia University

   FiO 4: Fiber Optics and Optical Communications Photonics

6. 12:00 - 12:15

   (UTC - 05:00)
   FM2D.6

   19-Ring-Core Chalcogenide Fiber Supporting >2000 Radially Fundamental OAM Modes Across C and L Bands

   Presenter: Yingning Wang, Nankai University

    Presentation Details   Paper  Add to Schedule

   A 19-ring-core As₂S₃ fiber is designed and optimized for supporting 2128 OAM modes with radially single mode condition across C and L bands. Furthermore, it features <-38 dB low level crosstalk after 100-km fiber propagation.
   
   Authors:Yingning Wang, Nankai University / Changjing Bao, University of Southern California / Yuxi Fang, Nankai University / Wenpu Geng, Nankai University / Zhi Wang, Nankai University / Yange Liu, Nankai University / Hao Huang, University of Southern California / Yongxiong Ren, University of Southern California / Zhongqi Pan, University of Louisiana at Lafayette / Yang Yue, Nankai University

   FiO 4: Fiber Optics and Optical Communications Photonics

2D Materials

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Frontiers in Optics

1. 10:30 - 10:45

   (UTC - 05:00)
   FM2E.1

   Efficient MoTe2 Slot-enhanced Photodetector based on Engineering Gain-Bandwidth-Product Scaling Laws

   Presenter: Hao Wang, GWU

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   Here we demonstrate an efficient (0.8 AW-1) plasmonic slot photodetector based on monolithically integrating MoTe2 in silicon photonics. Shrinking the source-drain distance (L) to 10nm enables high gain-bandwidth-product detectors scaling with L^-2.
   
   Authors:Hao Wang, GWU / Zhizhen Ma, GWU / Rishi Maiti, GWU / Mario Miscuglio, GWU / Volker Sorger, GWU

   FiO 5: Photonic Integrated Devices and Applications

2. 10:45 - 11:00

   (UTC - 05:00)
   FM2E.2

   Strain Induced Enhanced Photodetector Based on Few-layered MoTe₂

   Presenter: Rishi Maiti, George Washington University

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   Here, we demonstrate a strain-induced photodetector based on a few-layered MoTe₂ integrating onto a non-planarized silicon photonic platform. The photodetector shows high photo responsivity (~0.5 A/W) as compared to the planarized device at 1550 nm.
   
   Authors:Rishi Maiti, George Washington University / chandraman Patil, George Washington University / Md Abid Saadi, George Washington University / santiago solares, George Washington University / Volker Sorger, George Washington University

   FiO 5: Photonic Integrated Devices and Applications

3. 11:00 - 11:15

   (UTC - 05:00)
   FM2E.3

   Tunable Spectral Singularities with Asymmetric Directional Response in PT-symmetric 2D Nanoantenna Array

   Presenter: Jinal Tapar, Indian Institue of Technology, Hyderabad

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   We investigate GaInP PT-symmetric 2D nanoantenna array and show that the proposed metasurface supports spectral singularities with highly asymmetric scattering response. Broader design parameter space allows to control wavelength, and scattering.
   
   Authors:Jinal Tapar, Indian Institue of Technology, Hyderabad / Saurabh Kishen, Indian Institue of Technology, Hyderabad / Naresh Kumar Emani, Indian Institue of Technology, Hyderabad

   FiO 5: Photonic Integrated Devices and Applications

4. 11:15 - 11:30

   (UTC - 05:00)
   FM2E.4

   Efficient Light Trapping in the Mid-infrared Using Gold-black phosphorus Nanostructured Absorbers

   Presenter: Romil Audhkhasi, University of Southern California

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   We propose a gold nanostructured design for achieving enhanced absorption in black phosphorus (BP) thin films in the mid-infrared. By suitable design optimization, we are able to achieve enhancement greater than the conventional 4n² limit.
   
   Authors:Romil Audhkhasi, University of Southern California / Michelle Povinelli, University of Southern California

   FiO 5: Photonic Integrated Devices and Applications

5. 11:30 - 11:45

   (UTC - 05:00)
   FM2E.5

   Light trapping in a 2D gold nanotrench grating at azimuth angles of incidence

   Presenter: Jinnan Chen, University of Alabama in Huntsville

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   Light absorption in a 2D gold nanotrench grating at azimuth angles of incidence is investigated. It is found that the spectral linewidth of the absorption spectrum decreases as the azimuth angle of incidence increases.
   
   Authors:Jinnan Chen, University of Alabama in Huntsville / Kai Ni, China Jiliang University / Junpeng Guo, University of Alabama in Huntsville

   FiO 5: Photonic Integrated Devices and Applications

6. 11:45 - 12:00

   (UTC - 05:00)
   FM2E.6

   On-chip ultrafast plasmonic graphene photodetectors

   Presenter: Jacek Gosciniak, New York University Abu Dhabi

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   We investigate a waveguide-integrated plasmonic graphene photodetector operating based on the hot carrier either PTE or PB effect, which is characterized simultaneously by high responsivity (> 100A/W) and high speed (100’s of GHz).
   
   Authors:Jacek Gosciniak, New York University Abu Dhabi / Jacob Khurgin, John Hopkins University

   FiO 5: Photonic Integrated Devices and Applications

7. 12:00 - 12:15

   (UTC - 05:00)
   FM2E.7

   Topologically-protected Propagation in Graphene Plasmonic Crystal Waveguides

   Presenter: Jian Wei You, University College London

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   Topological photonics has attracted increasing interest, due to its robust light propagation. Here, we present two valley-Hall topological graphene plasmonic crystal waveguides, namely single- and bi-layer graphene plasmonic crystal waveguides.
   
   Authors:Jian Wei You, University College London / Yupei Wang, University College London / Nicolae Panoiu, University College London

   FiO 5: Photonic Integrated Devices and Applications

8. 12:15 - 12:30

   (UTC - 05:00)
   FM2E.8

   Ultrasensitive and Stable Surface-enhanced Raman Scattering by Plasmonic Hybrid Nanostructures with Two-dimensional Materials

   Presenter: Sang Youp Yim, Gwangju Institute of Science &Technology

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   We fabricated plasmonic hybrid nanostructures composed of metal nanostructures and two-dimensional materials for surface-enhanced Raman scattering. The hybrid platform showed long-term oxidative stability for over 80 days, and ultrahigh sensitivity.
   
   Authors:Na-Yeong Kim, Gwangju Institute of Science &Technology / Young-Chul Leem, Gwangju Institute of Science &Technology / Sang-Hyun Hong, Gwangju Institute of Science &Technology / Jin-Ho Park, Gwangju Institute of Science &Technology / Sang Youp Yim, Gwangju Institute of Science &Technology

   FiO 5: Photonic Integrated Devices and Applications

Grand Challenges for AR/VR: Optics, Systems, and Perception

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1. 10:30 - 10:39

   (UTC - 05:00)
   FM2B.1

   Introduction to the VR/AR Theme at FiO 2020

   Presenter: Douglas Lanman, Facebook Reality Labs

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   Topics include near-eye holographic displays, emerging photonic technologies, liquid crystal optical elements, a spotlight on NASA applications, and a showcase of the latest student-led publications.
   
   Authors:Douglas Lanman, Facebook Reality Labs

   Invited

2. 10:39 - 11:16

   (UTC - 05:00)
   FM2B.2

   Computational Near-eye Displays and Eyeglasses

   Presenter: Gordon Wetzstein, Stanford University

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   We discuss gaze-contingent varifocal, near-eye light field, and holographic displays as well as gaze-contingent eyeglasses for presbyopia correction.
   
   Authors:Gordon Wetzstein, Stanford University

   Invited

3. 11:16 - 11:53

   (UTC - 05:00)
   FM2B.3

   Challenges and Opportunities for VR/AR Optics

   Presenter: Hong Hua, University of Arizona

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   In this talk, I will focus on three challenging areas, namely visual comfort, occlusion, and foveation, which impose major optics-related challenges and research opportunities for developing augmented and virtual reality systems.
   
   Authors:Hong Hua, University of Arizona

   Invited

4. 11:53 - 12:30

   (UTC - 05:00)
   FM2B.4

   Vision Science & AR/VR Displays

   Presenter: Martin Banks, University of California Berkeley

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   Vision science can inform display designers about how to improve the experience of the AR/VR user. I will describe adverse effects due to the vergence-accommodation conflict. I will then consider the cues that drive accommodation and how accurate accommodation is. One study shows that perceptually realistic rather than physically realistic rendering of depth-of-field blur is surprisingly effective at driving accommodation. Another study shows that accommodation is actually more accurate than previously thoughts. Both findings have implications for the design of AR/VR displays.
   
   Authors:Martin Banks, University of California Berkeley

   Invited

Laser Science Dissertation Award Presentations

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Laser Science

1. 10:30 - 11:00

   (UTC - 05:00)
   LM2F.1

   Rydberg Ensemble for Quantum Networking

   Presenter: Alexander Craddock, University of Maryland

    Presentation Details   Paper  Add to Schedule

   We present a high efficiency single photon source based on a Rydberg ensemble. Additionally, we demonstrate Hong Ou Mandel interference between photons from this source and photons generated from a trapped barium ion.
   
   Authors:Alexander Craddock, University of Maryland / Dalia Ornelas-Huerta, University of Maryland / A.J. Hachtel, University of Maryland / John Hannegan, University of Maryland / James Siverns, University of Maryland / Yidan Wang, University of Maryland / Elizabeth Goldschmidt, Army Research Laboratory / Przemek Bienias, University of Maryland / Qudsia Quraishi, University of Maryland / Alexey Gorshkov, University of Maryland / J.V. Porto, University of Maryland / Steve Rolston, University of Maryland

   Invited

2. 11:00 - 11:30

   (UTC - 05:00)
   LM2F.2

   Ultrafast Vibronic Phenomena Directly Revealed by Multidimensional Electronic-vibrational Spectroscopy

   Presenter: James Gaynor, University of Washington

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   Multidimensional Electronic-Vibrational spectroscopy as a direct probe of ultrafast vibronic phenomena in photoexcited molecules. These experimental and theoretical advancements reveal new insights into electron transfer and proton transfer.
   
   Authors:James Gaynor, University of Washington / Munira Khalil, University of Washington

   Invited

3. 11:30 - 12:00

   (UTC - 05:00)
   LM2F.3

   Quantum Control of Cold Molecular Collisions Using Stark-induced Adiabatic Raman Passage

   Presenter: William Perreault, Stanford University

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   We developed Stark-induced adiabatic Raman passage to prepare molecular quantum states, and applied it to the scattering of HD molecules, leading to insights into molecular-scale forces.
   
   Authors:William Perreault, Stanford University

   Invited

4. 12:00 - 12:30

   (UTC - 05:00)
   LM2F.4

   Carotenoid-mediated Light Harvesting in Plants Uncovered with Ultrabroadband Two-dimensional Electronic Spectroscopy

   Presenter: Minjung Son, Massachusetts Institute of Technology

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   We demonstrate an ultrabroadband two-dimensional electronic spectrometer that maps energy flow across the visible range.
   
   Authors:Minjung Son, Massachusetts Institute of Technology / Alberta Pinnola, University of Pavia / Roberto Bassi, University of Verona / Gabriela Schlau-Cohen, Massachusetts Institute of Technology

   Invited

Platforms for Quantum Computing II

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Quantum 2.0

1. 12:00 - 12:30

   (UTC - 05:00)
   QM2A.1

   Quantum Circuits Over the Cloud and the Future of Quantum Hardware

   Presenter: Jerry Chow, IBM TJ Watson Research Center

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   Quantum computing is a new kind of computing that has accelerated through cloud access. It uses the same physical rules that atoms follow in order to manipulate information. At the very fundamental level, quantum computers execute quantum circuits much like a computer executes logic circuits, but by using the physical phenomena of superposition, entanglement, and interference, implement mathematical calculations that are out of the reach of even the most advanced supercomputers. In this talk I will give an overview of the IBM Quantum effort where we are working to increase the device performance of our core superconducting qubit systems to produce quantum circuits with higher fidelity and how we are linking the computational difficulty of these circuits towards quantum applications.
   
   Authors:Jerry Chow, IBM TJ Watson Research Center

   Invited Quantum 2.0: Quantum Metrology & Sensors

2. 12:30 - 13:00

   (UTC - 05:00)
   QM2A.2

   Atom Arrays of Ultracold Strontium: New Tools for Metrology and Many-body Physics

   Presenter: Adam Kaufman, JILA

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   I will describe a new technique for trapping single strontium atoms and manipulating them coherently with a high degree of control. I will present how we can use this technique for precision optical frequency metrology.
   
   Authors:Adam Kaufman, JILA

   Invited Quantum 2.0: Hybrid Systems, Quantum Interconnects

3. 13:00 - 13:30

   (UTC - 05:00)
   QM2A.3

   Quantum Simulation and Sensing with Large Trapped-Ion Crystals

   Presenter: John Bollinger, National Inst of Standards & Technology

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   I will discuss quantum sensing and simulation with planar crystals of hundreds of trapped ions. Quantum dynamics are benchmarked through out-of-time-order correlation (OTOC) measurements. Plans for single-qubit control will be discussed.
   
   Authors:John Bollinger, National Inst of Standards & Technology

   Invited Quantum 2.0: Quantum Computing & Simulation

Visionary Speaker I, Elizabeth Baron, Unity Technologies, USA

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1. 12:30 - 13:30

   (UTC - 05:00)

   Experiential Immersion — Enhanced Insight from Virtual Experiences

   Presenter: Elizabeth Baron, Unity Technologies

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   This talk will detail acquiring stereoscopic vision, and how perception and presence were affected. Insights into the importance of visual cues for scientific discovery and artistic creativity will be discussed.
   
   Authors:Elizabeth Baron, Unity Technologies

   Visionary

Laser Design and Characterization

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Laser Science

1. 13:30 - 13:45

   (UTC - 05:00)
   LM4F.1

   Generation of staircase pulses in fiber lasers

   Presenter: Georges Semaan, Laboratoire de Photonique d'Angers

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   We report the generation of staircase pulses in a passively mode-locked fiber laser. The optical filtering shows that the staircase pulses consist of two distinct square pulses associated to different wavelengths.
   
   Authors:Georges Semaan, Laboratoire de Photonique d'Angers / Andrey Komarov, Institute of Automation and Electrometry / Meriem Kemel, Laboratoire de Photonique d'Angers / Ahmed Nady, Beni-Suef University / Mohamed Salhi, Laboratoire de Photonique d'Angers / Francois Sanchez, Laboratoire de Photonique d'Angers

2. 13:45 - 14:00

   (UTC - 05:00)
   LM4F.2

   Amplitude swing: measuring ultrashort laser pulses

   Presenter: Benjamín Alonso, University of Salamanca

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   We present a new concept for temporal pulse measurement, the amplitude swing, based on the amplitude variation of two delayed pulse replicas. The in-line compact set-up is versatile for pulses with different durations and bandwidths.
   
   Authors:Benjamín Alonso, University of Salamanca / Warein Holgado, University of Salamanca / Íñigo Sola, University of Salamanca

3. 14:00 - 14:15

   (UTC - 05:00)
   LM4F.3

   Pulse compression in Nonlinear optical loop mirror through self-similar propagation

   Presenter: Esther Lidiya Arockiam, Sastra deemed to be university

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   Numerical demonstration of nonlinear pulse compression mechanism has proposed to obtain few-cycle low pedestal femtosecond pulses at 800 nm using self-similarly designed photonic crystal fiber in the nonlinear optical loop mirror configuration
   
   Authors:Esther Lidiya Arockiam, Sastra deemed to be university / vasantha jayakantha raja R, Sastra deemed to be university / Anton husakou, Max Born Institute for Nonlinear Optics and Short Pulse Spectroscopy

4. 14:15 - 14:30

   (UTC - 05:00)
   LM4F.4

   Numerical Modelling of Stretched Pulse Hybrid Mode-locked Tm-doped All-fiber Laser at 1.9 μm Compared with Experimental Data

   Presenter: Andrey Voronets, Bauman Moscow State Technical University

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   The results of numerical simulations of the 300 fs stretched pulse generation in a hybrid mode-locked Tm-doped all-fibre laser are presented. The intracavity pulse dynamics is analyzed. The uncertainty relative experimental data are discussed.
   
   Authors:Vasiliy Voropaev, Bauman Moscow State Technical University / Alexander Donodin, Aston University / Andrey Voronets, Bauman Moscow State Technical University / Daniil Batov, Bauman Moscow State Technical University / Dmitriy Vlasov, Bauman Moscow State Technical University / Mikhail Tarabrin, Bauman Moscow State Technical University / Vladimir Lazarev, Bauman Moscow State Technical University / Mikhail Likhachev, Prokhorov General Physics Institute of the Russian Academy of Sciences / Mikhail Salganskii, G.G. Devyatykh Institute of Chemistry of High-Purity Substances, Russian Academy of Sciences / Mikhail Yashkov, G.G. Devyatykh Institute of Chemistry of High-Purity Substances, Russian Academy of Sciences / Valerii Karasik, Bauman Moscow State Technical University

5. 14:30 - 14:45

   (UTC - 05:00)
   LM4F.5

   (Withdrawn) Passively Q-switched 2 μm Tm:YAP Laser based on SnSe₂ Two-dimensional Nanosheet

   Presenter: Yufei Ma, Harbin Institute of Technology

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   A passively Q-switched Tm:YAP laser with two-dimensional (2D) tin diselenide (SnSe₂) nanosheet as saturable absorber was demonstrated. The detailed pulsed output performance was investigated.
   
   Authors:Baofa Ran, Harbin Institute of Technology / Yufei Ma, Harbin Institute of Technology

6. 14:45 - 15:00

   (UTC - 05:00)
   LM4F.6

   Performance of Temperature Tuned Red Laser Diode Employing Self Injection Locking Scheme

   Presenter: Sani Mukhtar, King Fahd University

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   First report on substantial performance improvement by 2-4 times of temperature tuned InGaP/InGaAlP/InP ~635 nm red laser diode based tunable self-injection (SIL) locked system in terms of optical linewidth, SMSR, exhibiting 7.5 nm wavelength span.
   
   Authors:Sani Mukhtar, King Fahd University / Mohammed Zahed Khan, King Fahd University / Jorge HolguinLerma, King Abdullah University of Science and Technology / Islam Ashry, King Abdullah University of Science and Technology / Tienkhee Ng, King Abdullah University of Science and Technology / Boon Ooi, King Abdullah University of Science and Technology

Light Matter Interaction

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Frontiers in Optics

1. 13:30 - 13:45

   (UTC - 05:00)
   FM4C.1

   Generation of Long-Wavelength Radiation in Gas-Filled Anti-Resonant Hollow-Core Fiber

   Presenter: Gavara Trivikramarao, Nanyang Technological University

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   We report the generation of phase-matched long-wavelength radiation at a transmission band-edge of an anti-resonant hollow-core fiber filled with gas. This is achieved with the aid of the resonance-induced dispersion change at the band edge.
   
   Authors:Gavara Trivikramarao, Nanyang Technological University / Md Imran Hasan, Australian National University / Muhammad Hassan, Nanyang Technological University / Ang Deng, Nanyang Technological University / Wonkeun Chang, Nanyang Technological University

   FiO 2: Optical Interactions

2. 13:45 - 14:00

   (UTC - 05:00)
   FM4C.2

   Direct on-target temporal measurement of high-intensity laser pulses during laser-matter interactions

   Presenter: Helder Crespo, IFIMUP and Dep. Physics and Astronomy, Univ. Porto

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   We present a new dispersion-scan-based technique for the temporal characterization of ultrashort laser pulses directly on target and at full laser power. We demonstrate the technique by measuring intense 4-fs pulses in conditions optimized for HHG.
   
   Authors:Helder Crespo, IFIMUP and Dep. Physics and Astronomy, Univ. Porto / Tobias Witting, Max Born Institute for Nonlinear Optics and Short Pulse Spectroscopy / Miguel Canhota, IFIMUP and Dep. Physics and Astronomy, Univ. Porto / Miguel Miranda, Sphere Ultrafast Photonics / John Tisch, Blackett Laboratory, Imperial College

   FiO 2: Optical Interactions

3. 14:00 - 14:15

   (UTC - 05:00)
   FM4C.3

   Transverse Beam Shape of Laser-Driven Electron Bunches

   Presenter: Manh Le, University of Maryland

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   We observe the acceleration of electron bunches with a Lorentzian transverse profile using few-cycle laser pulses focused on the downstream side of a near-critical hydrogen gas jet.
   
   Authors:Manh Le, University of Maryland / Fatholah Salehi, University of Maryland / Lucas Railing, University of Maryland / Lucas Pascale, University of Maryland / Howard Milchberg, University of Maryland

   FiO 2: Optical Interactions

4. 14:15 - 14:30

   (UTC - 05:00)
   FM4C.4

   (Withdrawn) Formation of Meter-Scale Plasma Waveguides by Optical Field Ionization with High Order Bessel Beams

   Presenter: Linus Feder, Inst for Res in Elect & Applied Physics

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   We demonstrate a two pulse Bessel beam scheme for generating plasma waveguides guiding high intensity laser pulses over 30 cm with on-axis plasma densities as low as 5 * 10¹⁶ cm^-3.
   
   Authors:Linus Feder, Inst for Res in Elect & Applied Physics / Bo Miao, Inst for Res in Elect & Applied Physics / Jaron Shrock, Inst for Res in Elect & Applied Physics / Howard Milchberg, Inst for Res in Elect & Applied Physics

   FiO 2: Optical Interactions

5. 14:30 - 14:45

   (UTC - 05:00)
   FM4C.5

   Transverse Phase Measurements of Structured Multi-filaments

   Presenter: Ilia Larkin, University of Maryland

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   Using a helium cell to terminate filaments mid-flight we investigate the phase evolution of structured multi-filaments such as those used in creating air waveguides.
   
   Authors:Ilia Larkin, University of Maryland / Andrew Goffin, University of Maryland / Howard Milchberg, University of Maryland

   FiO 2: Optical Interactions

6. 14:45 - 15:00

   (UTC - 05:00)
   FM4C.6

   Charge Carrier and Lattice Carrier Dynamics from Temperature-Dependent Terahertz Spectroscopy

   Presenter: Rishmali Sooriyagoda, West Virginia University

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   We demonstrate THz refraction and AC conductivity in bulk chalcopyrite semiconductors using THz-TDs. The measured optical and electronic properties are significantly influenced by temperature that affects the underlying carrier scattering mechanism
   
   Authors:Rishmali Sooriyagoda, West Virginia University / Herath Piyathilaka, West Virginia University / Kevin Zawilski, BAE Systems / Peter Schunemann, BAE Systems / Alan Bristow, West Virginia University

   FiO 2: Optical Interactions

7. 15:00 - 15:15

   (UTC - 05:00)
   FM4C.7

   Novel Physics of Wavelength-Dependent Electron Collision Times in Plasma for Laser-Matter Interactions

   Presenter: Garima Nagar, Binghamton University

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   We present an experimental and theoretical study of wavelength-dependent electron collision times in plasma and its striking effects on laser-matter interactions during laser filamentation in a solid.
   
   Authors:Garima Nagar, Binghamton University / Dennis Dempsey, Binghamton University / Bonggu Shim, Binghamton University

   FiO 2: Optical Interactions

8. 15:15 - 15:30

   (UTC - 05:00)
   FM4C.8

   Femtosecond Transient Absorption Spectroscopy Studies of Ethynylthiophene Functionalized Porphyrin

   Presenter: Chinmoy Biswas, Indian Institute of Technology Hyderabad

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   Ultrafast excited state molecular relaxation process in a ethynylthiophene functionalized porphyrin (LG5) molecule sensitizer in solution and thin film form has been studied using femtosecond transient absorption techniques upon pumping with 400 nm.
   
   Authors:Chinmoy Biswas, Indian Institute of Technology Hyderabad / Naga Krishnakanth Katturi, University of Hyderabad / Krishna N.V, Indian Institute of Chemical Tehnology / Giribabu Lingamallu, Indian Institute of Chemical Tehnology / Venugopal Rao Soma, University of Hyderabad / Sai Santosh Kumar Raavi, Indian Institute of Technology Hyderabad

   FiO 2: Optical Interactions

Quantum Photonics

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Frontiers in Optics

1. 13:30 - 13:45

   (UTC - 05:00)
   FM4A.1

   Near-optimal Spontaneous Photon Sources On A Silicon Quantum Photonic Chip

   Presenter: Stefano Paesani, University of Bristol

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   We develop integrated spontaneous photon sources in silicon photonics satisfying all requirements for photonic quantum computing: 99% purity, 99% indistinguishability, 90% heralding efficiency, and 96% heralded quantum interference visibility.
   
   Authors:Stefano Paesani, University of Bristol / Massimo Borghi, University of Bristol / Stefano Signorini, University of Trento / Alexandre Maïnos, University of Bristol / Lorenzo Pavesi, University of Trento / Anthony Laing, University of Bristol

   FiO 3: Quantum Electronics

2. 13:45 - 14:00

   (UTC - 05:00)
   FM4A.2

   Dual Pump Photon Pair Generation with Suppression of Parasitic Processes in Linearly Uncoupled Silicon Resonators

   Presenter: Federico Sabattoli, Dipartimento di Fisica, Università degli Studi di Pavia

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   We report on the generation of photon pairs through dual-pump four-wave mixing in a system composed of two resonators coupled solely through a third-order nonlinear interaction, which allows for the suppression of parasitic nonlinear phenomena.
   
   Authors:Federico Sabattoli, Dipartimento di Fisica, Università degli Studi di Pavia / Houssein El Dirani, Univ. Grenoble Alpes, CEA-LETI / Laurene Youssef, Univ. Grenoble Alpes, CNRS, LTM / Francesco Garrisi, Dipartimento di Fisica, Università degli Studi di Pavia / Davide Grassani, Dipartimento di Fisica, Università degli Studi di Pavia / Luca Zatti, Dipartimento di Fisica, Università degli Studi di Pavia / Camille Petit-Etienne, Univ. Grenoble Alpes, CNRS, LTM / Erwine Pargon, Univ. Grenoble Alpes, CNRS, LTM / Marco Liscidini, Dipartimento di Fisica, Università degli Studi di Pavia / Corrado Sciancalepore, Univ. Grenoble Alpes, CEA-LETI / Daniele Bajoni, Dipartimento di Ingegneria Industriale e dell'Informazione, Università degli studi di Pavia / Matteo Galli, Dipartimento di Fisica, Università degli Studi di Pavia

   FiO 3: Quantum Electronics

3. 14:00 - 14:15

   (UTC - 05:00)
   FM4A.3

   Towards Tailored Single-Photon Sources Using Continuously-Tapered Waveguides

   Presenter: Harrison Greenwood, Heriot-Watt University

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   We present a recent numerical analysis investigating spontaneous parametric four-wave mixing in third-order nonlinear waveguides with different tapering patterns. We find that these devices could lead to efficient highly-pure single-photon sources.
   
   Authors:Harrison Greenwood, Heriot-Watt University / Mohammed Saleh, Heriot-Watt University

   FiO 3: Quantum Electronics

4. 14:15 - 14:30

   (UTC - 05:00)
   FM4A.4

   Single-path Two-photon Interference Effects Between Spatial Modes

   Presenter: Markus Hiekkamäki, Tampere University

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   Enabled by recent advances, we demonstrate two-photon interference between photon spatial modes.By also scaling the effect up to 4 dimensions, we take a crucial step towards implementing photonic quantum computing with spatial modes.
   
   Authors:Markus Hiekkamäki, Tampere University / Robert Fickler, Tampere University

   FiO 3: Quantum Electronics

5. 14:30 - 14:45

   (UTC - 05:00)
   FM4A.5

   Characterization and Control of Spatial Quantum Correlations in Entangled Light Generated via Four-wave Mixing

   Presenter: Gaurav Nirala, University of Oklahoma

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   We show the presence of EPR spatial quantum correlations in macroscopic quantum light generated via four-wave mixing. Furthermore, we show that it is possible to gain control over the distribution of these correlations.
   
   Authors:Gaurav Nirala, University of Oklahoma / Siva T. Pradyumna, University of Oklahoma / Ashok Kumar, University of Oklahoma / Alberto Marino, University of Oklahoma

   FiO 3: Quantum Electronics

6. 14:45 - 15:00

   (UTC - 05:00)
   FM4A.6

   Optimal Imaging of Remote Bodies Using Quantum Detectors

   Presenter: Raphael Abrahao, University of Ottawa

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   We implement an optimal imaging method using number-resolving photon detectors. Measuring the complex degree of coherence, we obtain the size and position of a distant pseudothermal light source and show this method outperforms traditional imaging
   
   Authors:Lewis Howard, University of Queensland / Geoffrey Gillett, University of Queensland / Mark Pearce, University of Sheffield / Raphael Abrahao, University of Ottawa / Till Weinhold, University of Queensland / Pieter Kok, University of Sheffield / Andrew White, University of Queensland

   FiO 3: Quantum Electronics

7. 15:00 - 15:15

   (UTC - 05:00)
   FM4A.7

   Parametric amplifier for Bell measurement in continuous-variable quantum state teleportation

   Presenter: Xin Chen, Indiana Univ.-Purdue Univ. Indianapolis

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   We discuss the parametric amplifier as a replacement for the beam splitter in the Bell measurement in continuous-variable quantum state teleportation. It shows the advantage of loss-tolerance in the process.
   
   Authors:Xin Chen, Indiana Univ.-Purdue Univ. Indianapolis / Zhe-Yu Ou, Indiana Univ.-Purdue Univ. Indianapolis

   FiO 3: Quantum Electronics

8. 15:15 - 15:30

   (UTC - 05:00)
   FM4A.8

   A Proposal for Nonlinear - Optics Based Quantum Gates in Integrated Photonic Circuits

   Presenter: Ana Aguayo Alvarado, CICESE

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   A proposal for the implementation of single-qubit quantum gates based on a third order nonlinear process in integrated quantum circuits is presented.
   
   Authors:Ana Aguayo Alvarado, CICESE / Alberto Acevedo Carrera, CICESE / Francisco Dominguez Serna, CICESE / Wencel De la Cruz Hernández, UNAM / Karina Garay Palmett, CICESE

   FiO 3: Quantum Electronics

Novel Optical Fibers

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Frontiers in Optics

1. 13:30 - 14:00

   (UTC - 05:00)
   FM4D.1

   Optical Fiber Evolution Over the Past 5 Decades

   Presenter: Ming-Jun Li, Corning Inc

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   Corning’s first low loss optical fiber below 20 dB/km has revolutionized the telecommunications industry. This paper reviews optical fiber evolution over past five decades and presents new development trends in optical fibers.
   
   Authors:Ming-Jun Li, Corning Inc

   Invited FiO 4: Fiber Optics and Optical Communications Photonics

2. 14:00 - 14:15

   (UTC - 05:00)
   FM4D.2

   Approximate normalized frequency (V-parameter) and modal cut-off wavelengths of M-type optical fibers

   Presenter: Deepak Jain, University of Sydney

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   We report an easy-to-calculate approximate expression for predicting the modal cut-off wavelengths of M-type fibers, for the first time. This will accelerate the potential of the M-type fibers for novel applications.
   
   Authors:Deepak Jain, University of Sydney / Mark Georgre, University of Sydney / Brendan Harris, University of Sydney / Simon Fleming, University of Sydney

   FiO 4: Fiber Optics and Optical Communications Photonics

3. 14:15 - 14:30

   (UTC - 05:00)
   FM4D.3

   Absorption Cross Section Spectra of Bismuth Active Centers Associated with Phosphorus

   Presenter: Aleksandr Khegai, Prokhorov General Physics Institute of the Russian Academy of Sciences

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   We present the absorption spectra of bismuth active centers associated with phosphorus obtained experimentally. The results showed that the peak values are ~2.5±0.4 pm² and weakly depend on the active centers concentration.
   
   Authors:Aleksandr Khegai, Prokhorov General Physics Institute of the Russian Academy of Sciences / Sergei Firstov, Prokhorov General Physics Institute of the Russian Academy of Sciences / Konstantin Riumkin, Prokhorov General Physics Institute of the Russian Academy of Sciences / Sergey Alyshev, Prokhorov General Physics Institute of the Russian Academy of Sciences / Fedor Afanasiev, Devyatykh Institute of Chemistry of High-Purity Substances of the Russian Academy of Sciences / Alexey Lobanov, Devyatykh Institute of Chemistry of High-Purity Substances of the Russian Academy of Sciences / Alexey Guryanov, Devyatykh Institute of Chemistry of High-Purity Substances of the Russian Academy of Sciences / Mikhail Melkumov, Prokhorov General Physics Institute of the Russian Academy of Sciences

   FiO 4: Fiber Optics and Optical Communications Photonics

4. 14:30 - 14:45

   (UTC - 05:00)
   FM4D.4

   Numerical Analysis of Spatial Mode-Field Overlap on Confinement Loss in Negative-Curvature Fibers

   Presenter: Ang Deng, Nanyang Technological University

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   We investigate the effect of mode-field overlap on confinement loss in negative-curvature fibers. We show that the mode-field overlap is one of the key factors governing the modal interactions and confinement loss in negative-curvature fibers.
   
   Authors:Ang Deng, Nanyang Technological University / Md Imran Hasan, Australian National University / WANG YUXI, Nanyang Technological University / Wonkeun Chang, Nanyang Technological University

   FiO 4: Fiber Optics and Optical Communications Photonics

5. 14:45 - 15:00

   (UTC - 05:00)
   FM4D.5

   Effect of Altering Outer-Layer-Tube Thickness in Two-Ring Anti-Resonant Hollow-Core Fibers

   Presenter: Yuxi Wang, Nanyang technological university

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   We report on spectral shifting of low-loss band when outer-layer-tube thickness in two-ring anti-resonant hollow-core fibers is altered. This indicates loss reduction originates from additional anti-resonant reflection at outer-layer-tube interface
   
   Authors:Yuxi Wang, Nanyang technological university / Wonkeun Chang, Nanyang technological university

   FiO 4: Fiber Optics and Optical Communications Photonics

6. 15:00 - 15:15

   (UTC - 05:00)
   FM4D.6

   (Withdrawn) Modeling the production of PMMA polymer optical fibers by manipulating the cooling rate of the fiber melt by using coarse graining with Monte Carlo simulation technique

   Presenter: Mohmmed Al houri, Hochschule für Telekommunikation Leipzig

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   We modeled the PMMA POF production method which is done by changing the cooling rate of the fiber melt by using Monte Carlo simulation. We showed the density variation with the cooling rate and the refractive index profile of the produced fibers.
   
   Authors:Mohmmed Al houri, Hochschule für Telekommunikation Leipzig / Christian-Alexander Bunge, Hochschule für Technik, Wirtschaft und Kultur / Jan Kallweit, RWTH Aachen University

   FiO 4: Fiber Optics and Optical Communications Photonics

Plasmonics II

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Frontiers in Optics

1. 13:30 - 14:00

   (UTC - 05:00)
   FM4E.1

   Ultrafast Control of On-chip Plasmonics

   Presenter: Otto Muskens, University of Southampton

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   I will present recent results showing the ultrafast coherent control of plasmonic nanoantennas on a standing-wave silicon photonic ring resonator.
   
   Authors:Otto Muskens, University of Southampton

   Invited FiO 5: Photonic Integrated Devices and Applications

2. 14:00 - 14:15

   (UTC - 05:00)
   FM4E.2

   Janus thermal emitter by spoof surface plasmon polariton for radiative cooling

   Presenter: Gil Ju Lee, Gwangju Inst of Science & Technology

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   We present Janus thermal emitter, which is efficient to cool hot object in enclosure, using spoof surface plasmon resonance to achieve near-ideal selective and broadband emitters in upper and bottom sides of a single sample.
   
   Authors:Gil Ju Lee, Gwangju Inst of Science & Technology / Se-Yeon Heo, Gwangju Inst of Science & Technology / Do Hyeon Kim, Gwangju Inst of Science & Technology / Yeong Jae Kim, Gwangju Inst of Science & Technology / Min Seok Kim, Gwangju Inst of Science & Technology / Young Min Song, Gwangju Inst of Science & Technology

   FiO 5: Photonic Integrated Devices and Applications

3. 14:15 - 14:30

   (UTC - 05:00)
   FM4E.3

   λ-compact ITO Plasmonic Mach-Zehnder Modulator on Si

   Presenter: Rubab Amin, The George Washington University

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   We demonstrate an integrated wavelength-compact plasmonic ITO-based Mach-Zehnder electro-optic modulator on Si platform, within a miniscule phase-shifter length of 2.5μm, featuring a half-wave voltage and active device length product of V_πL = 95 Vμm.
   
   Authors:Rubab Amin, The George Washington University / Rishi Maiti, The George Washington University / Yaliang Gui, The George Washington University / Can Suer, The George Washington University / Mario Miscuglio, The George Washington University / Elham Heidari, University of Texas at Austin / Ray Chen, University of Texas at Austin / Hamed Dalir, Omega Optics, Inc. / Volker Sorger, The George Washington University

   FiO 5: Photonic Integrated Devices and Applications

4. 14:30 - 14:45

   (UTC - 05:00)
   FM4E.4

   Sub-wavelength-width Space-Time Surface Plasmon Polaritons on Unpatterned Surfaces

   Presenter: Kenneth Schepler, University of Central Florida

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   Propagation-invariant pulsed surface plasmon polaritons at unpatterned metal-dielectric interfaces are proposed. They can be localized in all dimensions and yet maintain sub-wavelength widths by incorporating spatio-temporal spectral correlations.
   
   Authors:Kenneth Schepler, University of Central Florida / Yertay Zhiyenbayev, University of Central Florida / Murat Yessenov, University of Central Florida / Ayman Abouraddy, University of Central Florida

   FiO 5: Photonic Integrated Devices and Applications

5. 14:45 - 15:00

   (UTC - 05:00)
   FM4E.5

   Programmable Plasmonic Interferometer

   Presenter: Yaliang Gui, George Washington University

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   Here, we report a theoretical and experimental study of programmable plasmonic ITO interferometer with two closely packed waveguide slots enabling parallel communication at telecom wavelength.
   
   Authors:Yaliang Gui, George Washington University / Amin Elkarib, George Washington University / Mario Miscuglio, George Washington University / Volker Sorger, George Washington University

   FiO 5: Photonic Integrated Devices and Applications

6. 15:00 - 15:15

   (UTC - 05:00)
   FM4E.6

   InSb-based THz Plasmonic Array with High Resonances

   Presenter: Sina Aghili, University of Ottawa

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   We designed a periodic plasmonic array based on InSb metamolecules that features narrow resonances at the THz range. Using FDTD simulations, we analyzed localized and surface lattice resonances of the structure.
   
   Authors:Sina Aghili, University of Ottawa / Aydin Amini, University of Tabriz / Ksenia Dolgaleva, University of Ottawa

   FiO 5: Photonic Integrated Devices and Applications

7. 15:15 - 15:30

   (UTC - 05:00)
   FM4E.7

   (Withdrawn) Low threshold plasmonic nanolaser in graphene/ZnO hybrid

   Presenter: Seyededriss Mirniaharikandi, Florida Institute of Technology

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   We demonstrate a robust single-mode ultraviolet plasmonic nanolaser with a graphene monolayer coupled to ZnO nanobar arrays that can operate at room temperature with an extremely low threshold (~2.2 MW/cm²).
   
   
   Authors:Seyededriss Mirniaharikandi, Florida Institute of Technology / Brian Lail, Florida Institute of Technology

   FiO 5: Photonic Integrated Devices and Applications

Near-eye Holographic Displays

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1. 13:30 - 14:00

   (UTC - 05:00)
   FM4B.1

   High Resolution Etendue Expansion for Holographic Displays

   Presenter: Andrew Maimone, Facebook Reality Labs Research

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   Holographic displays offer true 3D imagery, high resolution, and compact form factors, but suffer from limited etendue related to the number of display pixels. We introduce scattering elements and new algorithms to break this trade-off.
   
   Authors:Andrew Maimone, Facebook Reality Labs Research

   Invited

2. 14:00 - 14:30

   (UTC - 05:00)
   FM4B.2

   Speckle Reduction for Holographic Near-to-eye Displays

   Presenter: Jae-Hyeung Park, Inha University

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   We introduce the principle of the speckle reduction technique based on angular spectrum interleaving. Its real-time operation using a DMD with an error diffusion algorithm is also presented.
   
   Authors:Jae-Hyeung Park, Inha University

   Invited

3. 14:30 - 15:00

   (UTC - 05:00)
   FM4B.3

   Learning Holography for Near-eye Displays

   Presenter: Felix Heide, Princeton University

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   In this talk, I introduce first-order methods to learn holographic display pipelines with known or unknown optical aberrations, using the display hardware in the optimization loop.
   
   Authors:Felix Heide, Princeton University

   Invited

4. 15:00 - 15:30

   (UTC - 05:00)
   FM4B.4

   Neural Holographic Display and Image Synthesis

   Presenter: Yifan Peng, Stanford University

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   We develop Neural Holography – an algorithmic computer-generated holography (CGH) framework that uses camera-in-the-loop training to achieve unprecedented image fidelity and real-time framerates.
   
   Authors:Yifan Peng, Stanford University

   Invited

Quantum Computing and Simulation with Atoms and Ions (Joint with Laser Science)

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Quantum 2.0

1. 13:45 - 14:15

   (UTC - 05:00)
   JM4A.1

   Simulating Gravity via Many-body Teleportation

   Presenter: Norman Yao, University of California, Berkeley

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   The conventional context for quantum teleportation is to leverage entanglement between a few, well-controlled degrees of freedom in order to transmit quantum information. This talk will describe a new class of many-body teleportation protocols capable of identifying gravitational dynamics and distinguishing between decoherence and quantum information scrambling.
   
   Authors:Norman Yao, University of California, Berkeley

   Invited Quantum 2.0: Hybrid Systems, Quantum Interconnects

2. 14:15 - 14:45

   (UTC - 05:00)
   JM4A.2

   Engineering Quantum Spin Models with Atoms and Light

   Presenter: Monika Schleier-Smith, Stanford University

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   Optically controlled interactions among cold atoms open new opportunities in quantum simulation, metrology, and computation. I will report on engineering and harnessing long-range spin interactions in cavity-QED and Rydberg-atom experiments.
   
   Authors:Monika Schleier-Smith, Stanford University

   Invited Quantum 2.0: Quantum Computing & Simulation

3. 14:45 - 15:15

   (UTC - 05:00)
   JM4A.3

   Quantum Firmware: Ingredients and Applications

   Presenter: Cornelius Hempel, University of Sydney

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   Quantum firmware captures the layer between physical gate operations and their logical equivalent at a higher level. Our experiments on trapped-ion qubits demonstrate its use to suppress errors, error correlations and increase gate robustness.
   
   Authors:Cornelius Hempel, University of Sydney

   Invited Quantum 2.0: Quantum Computing & Simulation

Photonics I

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Quantum 2.0

1. 13:45 - 14:00

   (UTC - 05:00)
   QM4B.1

   Direct temporal mode measurement for the characterization of temporally multiplexed high dimensional entanglement

   Presenter: Zhe-Yu Ou, Tianjin University

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   We report a novel method that measures directly the exact form of temporal modes. We apply the method to a pulse-pumped parametric amplifier and demonstrate temporally multiplexed multi-dimensional quantum entanglement in continuous variables.
   
   Authors:Zhe-Yu Ou, Tianjin University / Nan Huo, Tianjin University / Yuhong Liu, Tianjin University / Jiamin Li, Tianjin University / Liang Cui, Tianjin University / Xin Chen, Indiana Univ.-Purdue Univ. Indianapolis / xiaoying li, Tianjin University

   Quantum 2.0: Quantum Photonic Sources & Detectors

2. 14:00 - 14:15

   (UTC - 05:00)
   QM4B.2

   Spatially Resolved Superconducting Nanowire Single Photon Detector Rise-Time Analysis

   Presenter: Benjamin Lawrie, Oak Ridge National Laboratory

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   We explore spatial and photon-number resolution in superconducting nanowire single photon detectors through measurements of the rising edge of the readout pulse.
   
   Authors:Claire Marvinney, Oak Ridge National Laboratory / Brian Lerner, Oak Ridge National Laboratory / Alex Puretzky, Oak Ridge National Laboratory / Aaron Miller, Quantum Opus LLC / Benjamin Lawrie, Oak Ridge National Laboratory

   Quantum 2.0: Quantum Photonic Sources & Detectors

3. 14:15 - 14:30

   (UTC - 05:00)
   QM4B.3

   Microresonator Based Discrete- and Continuous-Variable Quantum Sources on Silicon-Nitride

   Presenter: Yun Zhao, Columbia University

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   We demonstrate the generation of correlated photons in the visible and of squeezed states in silicon-nitride microresonators. These devices provide the quantum states for discrete- and continuous-variable quantum information processing.
   
   Authors:Yun Zhao, Columbia University / Yoshitomo Okawachi, Columbia University / Bok Young Kim, Columbia University / Chaitali Joshi, Cornell University / Jae K. Jang, Columbia University / Alessandro Farsi, Columbia University / Xingchen Ji, Columbia University / Michal Lipson, Columbia University / Alexander Gaeta, Columbia University

   Quantum 2.0: Quantum Photonic Sources & Detectors

4. 14:30 - 14:45

   (UTC - 05:00)
   QM4B.4

   Experimental Generation of Non-Gaussian Quantum States of a Multimode Light Field

   Presenter: Young-Sik Ra, Laboratoire Kastler Brossel

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   We generate non-Gaussian quantum states of a multimode light by subtracting a photon in a desired mode from multimode Gaussian states. We observed negativity of Wigner functions and the interplay between non-Gaussianity and entanglement.
   
   Authors:Young-Sik Ra, Laboratoire Kastler Brossel / Adrien Dufour, Laboratoire Kastler Brossel / Mattia Walschaers, Laboratoire Kastler Brossel / Clément Jacquard, Laboratoire Kastler Brossel / Thibault Michel, Laboratoire Kastler Brossel / Claude Fabre, Laboratoire Kastler Brossel / Nicolas Treps, Laboratoire Kastler Brossel

   Quantum 2.0: Quantum Photonic Sources & Detectors

5. 14:45 - 15:00

   (UTC - 05:00)
   QM4B.5

   Optical modification of cavity-antenna plasmonic nanostructures for brighter and faster single-photon emission

   Presenter: Simeon Bogdanov, Purdue University

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   We establish the fundamental limit for quantum emission enhancement in plasmonic nanostructures combining cavity and antenna modes. We confirm this result numerically and optimize the performance of nanoantennas through controlled photomodification.
   
   Authors:Simeon Bogdanov, Purdue University / Oksana Makarova, Purdue University / Xiaohui Xu, Purdue University / Alexei Lagutchev, Purdue University / Deesha Shah, Purdue University / Aidar Gabidullin, Bauman Moscow State Technical University / Ilya Ryzhikov, Bauman Moscow State Technical University / Ilya Rodionov, Bauman Moscow State Technical University / Alexander Kildishev, Purdue University / Sergey Bozhevolnyi, University of Southern Denmark / Alexandra Boltasseva, Purdue University / Vladimir Shalaev, Purdue University / Jacob Khurgin, Johns Hopkins University

   Quantum 2.0: Quantum Photonic Sources & Detectors

6. 15:00 - 15:15

   (UTC - 05:00)
   QM4B.6

   Experimental Generation of a Multipartite Entangled Graph State in the Quantum Optical Frequency Comb

   Presenter: Chun-Hung Chang, University of Virginia

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   We report on experimental progress toward the generation of large-scale multipartite entanglement by phase modulation of an optical parametric oscillator. The graph state will be reconstructed from the covariance matrix built by two-mode measurement.
   
   Authors:Chun-Hung Chang, University of Virginia / Xuan Zhu, University of Virginia / Olivier Pfister, University of Virginia

   Quantum 2.0: Quantum Computing & Simulation

Quantum Computing and Simulation with Ions

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Quantum 2.0

1. 15:45 - 16:15

   (UTC - 05:00)
   QM5A.1

   Microfabricated Ion Traps for Research and Commercial Quantum Computers

   Presenter: Peter Maunz, Sandia National Lab

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   High-fidelity operations and all-to-all connectivity are the outstanding features of trapped-ion quantum computers. Here, I will present the design, fabrication and use of ion traps microfabricated at Sandia National Laboratories and used in research and commercial quantum computers.
   
   Authors:Peter Maunz, Sandia National Lab

   Invited Quantum 2.0: Integrated-optics Quantum Platforms & Devices

2. 16:15 - 16:45

   (UTC - 05:00)
   QM5A.2

   An Overview of Trapped Ion Quantum Computing at Honeywell

   Presenter: Patricia Lee, Honeywell International Inc

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   I will present data from recent milestones achieved on Honeywell's newly released commercial trapped ion quantum computer with a quantum volume of 64, plus results from other ongoing development work to improve system capabilities.
   
   Authors:Patricia Lee, Honeywell International Inc

   Invited Quantum 2.0: Quantum Photonic Sources & Detectors

Photonics II

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Quantum 2.0

1. 15:45 - 16:00

   (UTC - 05:00)
   QM5B.1

   (Withdrawn) An Integrated Photonic Platform for Rare-Earth Ions in Thin Film Lithium Niobate

   Presenter: Subhojit Dutta, University of Maryland, College Park

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   We demonstrate an integrated photonic platform for rare earth ions in thin film lithium niobate with bulk like optical properties.
   
   Authors:Subhojit Dutta, University of Maryland, College Park / Elizabeth Goldschmidt, University of Illinois / Sabyasachi Barik, University of Maryland, College Park / Uday Saha, University of Maryland, College Park / Edo Waks, University of Maryland, College Park

   Quantum 2.0: Integrated-optics Quantum Platforms & Devices

2. 16:00 - 16:15

   (UTC - 05:00)
   QM5B.2

   Engineered Quantum Light Sources from 2D Monolayers on a Micro-actuator

   Presenter: Jehyung Kim, UNIST

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   We demonstrate position and frequency control of quantum emitters from integrated WSe2 monolayers on a strain tunable Si actuator. The engineered quantum emitters will provide important hardware for scalable and integrated quantum photonic system.
   
   Authors:Hyoju Kim, UNIST / Jong Sung Moon, UNIST / Gichang Noh, Ajou University / Jieun Lee, Ajou University / Jehyung Kim, UNIST

   Quantum 2.0: Quantum Photonic Sources & Detectors

3. 16:15 - 16:30

   (UTC - 05:00)
   QM5B.3

   (Withdrawn) Versatile Resonant Electro-Optic Device: from Frequency Combs to Quantum State Transfer

   Presenter: Alfredo Rueda Sanchez, Institute of Science and Technology

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   We present the current state of the art of a versatile electro-optic device based on a WGM resonator with applications in long distance telecommunication and in quantum information technology.
   
   Authors:Alfredo Rueda Sanchez, Institute of Science and Technology / Florian Sedlmeir, Max Planck Institute Erlangen / William Hease, Institute of Science and Technology / Shabir Barzanjeh, Institute of Science and Technology / Matthias Wulf, Institute of Science and Technology / Madhuri Kumari, The Dodd-Walls Centre for Photonic and Quantum Technologies / Harald Schwefel, The Dodd-Walls Centre for Photonic and Quantum Technologies / Johannes Fink, Institute of Science and Technology

   Quantum 2.0: Hybrid Systems, Quantum Interconnects

4. 16:30 - 16:45

   (UTC - 05:00)
   QM5B.4

   Deterministic generation of a cluster-state of indistinguishable entangled photons.

   Presenter: Dan Cogan, Technion

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   We use periodic excitation of a semiconductor quantum-dot spin to demonstrate gigahertz rate deterministic generation of long strings of entangled indistinguishable photons in a cluster state. The entanglement lasts for 11 consecutive photons.
   
   Authors:Dan Cogan, Technion / Zu-En Su, Technion / Oded Kenneth, Technion / David Gershoni, Technion

   Quantum 2.0: Quantum Photonic Sources & Detectors

Novel Frequency Comb Architectures

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Laser Science

1. 16:00 - 16:30

   (UTC - 05:00)
   LM5F.1

   Photonic Integrated Comb Sources

   Presenter: Yoshitomo Okawachi, Columbia University

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   The development of nonlinear photonic platforms has enabled a route towards on-chip frequency combs. I will present our recent work on integrated comb sources, including microresonator-based Kerr combs and supercontinuum generation in nanowaveguides.
   
   Authors:Yoshitomo Okawachi, Columbia University

   Invited

2. 16:30 - 16:45

   (UTC - 05:00)
   LM5F.2

   100-MHz dual-comb spectroscopy by pulsed gain-switching of externally injected semiconductor lasers

   Presenter: Clara Quevedo, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid

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   We combine optical injection and pulsed electrical excitation to generate flat-topped 100-MHz optical frequency combs from gain-switched semiconductor lasers. A highly coherent dual-comb system is tested by conducting high-resolution spectroscopy.
   
   Authors:Clara Quevedo, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid / Alejandro Rosado, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid / Vicente Durán, Universitat Jaume I / Antonio Pérez Serrano, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid / José Manuel García Tijero, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid / Ignacio Esquivias, E.T.S.I. Telecomunicación, Universidad Politécnica de Madrid

3. 16:45 - 17:00

   (UTC - 05:00)
   LM5F.3

   Dual-Comb Spectroscopy based on Single Electro-Optic Modulation

   Presenter: Jeonghyun Huh, Max Planck Institue of Quantum Optics

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   A single electro-optic modulator enables near-infrared dual-comb spectroscopy over a span of 40 GHz with a 150-kHz refresh rate and a 50-s coherence time. The signal-to-noise ratio is 950 at 100-MHz resolution and 100-ms measurement.
   
   Authors:Jeonghyun Huh, Max Planck Institue of Quantum Optics / Zaijun Chen, Max Planck Institue of Quantum Optics / Edoardo Vicentini, Max Planck Institue of Quantum Optics / Theodor Haensch, Max Planck Institue of Quantum Optics / Nathalie Picqué, Max Planck Institue of Quantum Optics

4. 17:00 - 17:15

   (UTC - 05:00)
   LM5F.4

   Frequency Comb Spectroscopy with Coherent Frequency Combs Generated by Diode Lasers

   Presenter: Matthew Day, The University of Michigan

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   We demonstrate frequency combs generated with electrically pumped, commercially grown, quantum well laser diodes. We characterize their coherent output, and demonstrate dual comb absorption spectroscopy conducted with two free-running combs.
   
   Authors:Matthew Day, The University of Michigan / Mark Dong, The University of Michigan / Bradley Smith, The University of Michigan / Rachel Owen, The University of Michigan / Grace Kerber, The University of Michigan / Taigo Ma, The University of Michigan / Herbert Winful, The University of Michigan / Steven Cundiff, The University of Michigan

5. 17:15 - 17:30

   (UTC - 05:00)
   LM5F.5

   Frequency Comb for Deployed Quantum Timing and Sensing Applications

   Presenter: Kevin Knabe, Vescent Photonics

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   A low-volume frequency comb has been designed for quantum timing applications outside the laboratory. Performance metrics include signal-to-noise ratios greater than 40 dB and in-loop Allan Deviations below 1E-16/τ^½.
   
   Authors:Henry Timmers, Vescent Photonics / Bennett Sodergren, Vescent Photonics / Dylan Tooley, Vescent Photonics / Ryan Robinson, Vescent Photonics / Kurt Vogel, Vescent Photonics / Kevin Knabe, Vescent Photonics

Optical Fabrication

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Frontiers in Optics

1. 16:00 - 16:15

   (UTC - 05:00)
   FM5E.1

   Achieving Linear Response in Fabricated Deep-Etched Holograms With Heidelberg uPG 101

   Presenter: Kyle Schvaneveldt, Brigham Young University

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   Deep-etched holograms will make possible the scaling of Optical Trap Displays. Before these holograms are fabricated, their response must be calibrated for linearity. This paper describes gamma correction and reports a model for linear exposure.
   
   Authors:Kyle Schvaneveldt, Brigham Young University / Wesley Rogers, Brigham Young University / Manusha Korimi, Brigham Young University / Daniel Smalley, Brigham Young University

   FiO 1: Fabrication, Design and Instrumentation

2. 16:15 - 16:30

   (UTC - 05:00)
   FM5E.2

   Precision Glass molding for diffractive optics

   Presenter: Yingying Zhang, James C. Wyant College of Optical Scienc

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   We proposed a comprehensive technical scheme addressing the fabrication limitation of diamond turning, coating stability and adhesion problem during molding process,to realize high performance of diffractive optics.
   
   Authors:Yingying Zhang, James C. Wyant College of Optical Scienc

   FiO 1: Fabrication, Design and Instrumentation

3. 16:30 - 16:45

   (UTC - 05:00)
   FM5E.3

   A facile method to control the refractive index of GeO2 based mixture oxides

   Presenter: Le Yang, Colorado State University

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   The refractive index of GeO2 based mixture oxides can be straightforwardly varied by the addition of TiO2 or ZrO2 during deposition, while low optical absorption losses are maintained.
   
   Authors:Le Yang, Colorado State University / Mariana Fazio, Colorado State University / François Schiettekatte, University of Montreal / Martin Chicoine, University of Montreal / Gabriele Vajente, California Institute of Technology / Alena Ananyeva, California Institute of Technology / GariLynn Billingsley, California Institute of Technology / Martin Fejer, Stanford University / Carmen Menoni, Colorado State University

   FiO 1: Fabrication, Design and Instrumentation

4. 16:45 - 17:00

   (UTC - 05:00)
   FM5E.4

   Use of Aluminum Gallium Arsenide Interference Coatings in Low-Thermal-Noise Precision Optical Experiments

   Presenter: Gregory Harry, American University

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   Epitaxial aluminum-gallium-arsenide-based interference coatings are being used in low thermal noise precision optical measurements and are being developed specifically for gravitational wave detectors, which require scaling to 30~cm diameter.
   
   Authors:Gregory Harry, American University / Steven Penn, Hobart and William Smith Colleges / Garrett Cole, Thorlabs / Ian MacMillan, California Institute of Technology / Nicholas Demos, Massachusetts Institute of Technology / Slawomir Gras, Massachusetts Institute of Technology / Matthew Evans, Massachusetts Institute of Technology / Martin Fejer, Stanford University

   FiO 1: Fabrication, Design and Instrumentation

5. 17:00 - 17:15

   (UTC - 05:00)
   FM5E.5

   Optical Properties of Ta₂O₅-based Mixed Oxide Thin Films Grown by Reactive Sputtering

   Presenter: Mariana Fazio, Colorado State University

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   We present a study of the optical properties and crystallization temperature of amorphous Ta₂O₅ doped with Al, Si, Zn, Y, Nb and Hf. These materials are key components of interference coatings for laser applications.
   
   Authors:Mariana Fazio, Colorado State University / Le Yang, Colorado State University / Gabriele Vajente, California Institute of Technology / Alena Ananyeva, California Institute of Technology / Carmen Menoni, Colorado State University

   FiO 1: Fabrication, Design and Instrumentation

6. 17:15 - 17:30

   (UTC - 05:00)
   FM5E.6

   All-Dielectric Interference Coating for Sensing Applications

   Presenter: Dikai Niu, Institut Fresnel

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   A new refractive index sensor based on all-dielectric interference coating is presented. The sensor performance is experimentally demonstrated. It has been verified and quantified by experiment. It has potential be widely used in sensing application.
   
   Authors:Dikai Niu, Institut Fresnel / MYIRAM ZERRAD, Institut Fresnel / AUDE LEREU, Institut Fresnel / Vincent Aubry, PSA Group / Ali Passian, Oak Ridge National Laboratory / Juan Antonio Zapien, City University of Hong Kong / CLAUDE AMRA, Institut Fresnel

   FiO 1: Fabrication, Design and Instrumentation

Quantum Optics with Atoms and Nanophotonics

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Frontiers in Optics

1. 16:00 - 16:30

   (UTC - 05:00)
   FM5A.1

   Quantum Optics with Nanoscale Waveguides and Cold Atoms

   Presenter: Julien LAURAT, Laboratoire Kastler Brossel

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   Considerable efforts have been recently devoted to combining cold atoms and nanophotonics . By using arrays of atoms trapped along an optical nanofibre, we observed a single collective atomic excitation coupled to a nanoscale waveguide.
   
   Authors:Julien LAURAT, Laboratoire Kastler Brossel

   Invited FiO 3: Quantum Electronics

2. 16:30 - 16:45

   (UTC - 05:00)
   FM5A.2

   Interaction-induced topological phases of photons interacting with atoms

   Presenter: Janet Zhong, The Australian National University

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   We study topological phases of quantum light in waveguides coupled to qubit arrays. We predict interaction-induced localization and quantum Hall phases in periodic arrays and radiative topological biphoton edge states in spatially-modulated arrays.
   
   Authors:Janet Zhong, The Australian National University / Alexander Poshakinskiy, Ioffe Institute / Yongguan Ke, Sun Yat-Sen University (Zhuhai Campus) / Nikita Olekhno, ITMO University / Chaohong Lee, Sun Yat-Sen University (Zhuhai Campus) / Yuri Kivshar, The Australian National University / Alexander Poddubny, The Australian National University

   FiO 3: Quantum Electronics

3. 16:45 - 17:00

   (UTC - 05:00)
   FM5A.3

   Quantum Optics of Superradiant QDs in a Photonic Crystal Waveguide

   Presenter: Joel Grim, US Naval Research Laboratory

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   We leverage local strain tuning and coherent excitation and transmission to control the quantum optics of a dot-waveguide system, demonstrating building blocks for a scalable integrated quantum-optics network.
   
   Authors:Joel Grim, US Naval Research Laboratory / Sam Carter, US Naval Research Laboratory / allan bracker, US Naval Research Laboratory / Michael Yakes, US Naval Research Laboratory / Kha Tran, US Naval Research Laboratory / Mijin Kim, KeyW Corporation / Chul Soo Kim, US Naval Research Laboratory / Dan Gammon, US Naval Research Laboratory

   FiO 3: Quantum Electronics

4. 17:00 - 17:15

   (UTC - 05:00)
   FM5A.4

   Predicted Transmission in a Pr:YSO Quantum Memory Experiment

   Presenter: Zachary Levine, National Inst of Standards & Technology

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   Praseodymium-doped yttrium orthosilicate prepared by an optical frequency comb is a candidate for quantum memory, although its hyperfine splitting poses challenges. Transmission after preparation is predicted using the density matrix.
   
   Authors:Zachary Levine, National Inst of Standards & Technology

   FiO 3: Quantum Electronics

5. 17:15 - 17:30

   (UTC - 05:00)
   FM5A.5

   Towards a Quantum Memory: Effects of Hyperfine Structure on Atomic Frequency Combs in Pr:YSO

   Presenter: Aditya Sharma, Joint Quantum Institute

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   We experimentally prepare 120 MHz-bandwidth atomic frequency combs. High-quality comb formation – and thus high-efficiency retrieval of stored pulses – only occurs for certain tooth spacings, due to the hyperfine energy-level spacings.
   
   Authors:Aditya Sharma, Joint Quantum Institute / Martin Ritter, Joint Quantum Institute / Robinjeet Singh, National Institute of Standards / Elizabeth Goldschmidt, University of Illinois at Urbana-Champaign / Alan Migdall, National Institute of Standards

   FiO 3: Quantum Electronics

Devices and Systems for Vision and Color

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Frontiers in Optics

1. 16:00 - 16:15

   (UTC - 05:00)
   FM5C.1

   Electro-optical Characteristics of Nir Light Emitting Sources for High Resolution Sensing Systems

   Presenter: Simona Pukiene, CENTER FOR PHYSICAL SCIENCES AND TECHNOL

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   LD's with parabolic and rectangular AlGa(As,Bi)/AlGaAs QWs were grown by MBE on n-GaAs(001). Operating wavelength was controlled by QW width and material composition. Bars processed by UV lithography were characterized by EL and I-V measurements.
   
   Authors:Simona Pukiene, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Algirdas Jasinskas, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Virginijus Bukauskas, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Vladimir Agafonov, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Mindaugas Ka', CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Algimantas Luksa, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Andrius Biciunas, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Bronislovas Cechavicius, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Arunas Setkus, CENTER FOR PHYSICAL SCIENCES AND TECHNOL / Renata Butkute, CENTER FOR PHYSICAL SCIENCES AND TECHNOL

   FiO 6: Optics in Biology, Medicine, Vision, and Color

2. 16:15 - 16:30

   (UTC - 05:00)
   FM5C.2

   Diffractive-Plasmonic Reflective Color Filters with Asymmetric Viewing Angles

   Presenter: Emerson Melo, University of São Paulo

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   The color viewing angles of diffractive-plasmonic reflective color filters are assessed using BFP images and numerical simulations. The results indicate an asymmetric color response useful for data privacy enhancement in display applications.
   
   Authors:Emerson Melo, University of São Paulo / Ana Ribeiro, University of Campinas / Rodrigo Benevides, University of Campinas / Antônio Zuben, University of Campinas / Marcos Santos, University of Campinas / Alexandre Silva, Samsung / Gustavo Wiederhecker, University of Campinas / Thiago Alegre, University of Campinas

   FiO 6: Optics in Biology, Medicine, Vision, and Color

3. 16:30 - 16:45

   (UTC - 05:00)
   FM5C.3

   Planar Laser Activated Neuronal Scanning (PLANS) System for in vivo Flow Cytometry

   Presenter: Nicholas Watson, The University of Texas at Austin

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   We present a light-sheet flow cytometer for screening of C. elegans. A machine learning approach is utilized to enable real-time analysis of protein aggregation models.
   
   Authors:Nicholas Watson, The University of Texas at Austin / Sudip Mondal, The University of Texas at Austin / Andrew DuPlissis, The University of Texas at Austin / Ki Hyun Kim, The University of Texas at Austin / Adela Ben-Yakar, The University of Texas at Austin

   FiO 6: Optics in Biology, Medicine, Vision, and Color

4. 16:45 - 17:00

   (UTC - 05:00)
   FM5C.4

   Fluorescence-Based Technique To Study the Specific Effects of Microwaves

   Presenter: Mykyta Redkin, Taras Shevchenko National Univ. of Kyiv

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   In this work, we use the aqueous solution of organic dye Rhodamine 6G to demonstrate the possibility of a fluorescence-based technique to study specific and non-thermal effects of microwaves.
   
   Authors:Mykyta Redkin, Taras Shevchenko National Univ. of Kyiv / Andrii Yakunov, Taras Shevchenko National Univ. of Kyiv / Natali Gaiduk, Taras Shevchenko National Univ. of Kyiv

   FiO 6: Optics in Biology, Medicine, Vision, and Color

5. 17:00 - 17:15

   (UTC - 05:00)
   FM5C.5

   Scattering resilient single pixel imaging with a gain-switched thulium-doped fiber laser

   Presenter: Xiaomeng Cui, The University of Hong Kong

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   We demonstrate a scattering-resilient single-pixel imaging with a gain-switched thulium-doped fiber laser and the spatial frequency multiplexing. The long-wavelength enhanced penetration allows imaging behind the strongly scattering medium.
   
   Authors:Xiaomeng Cui, The University of Hong Kong / Yuxuan Ren, The University of Hong Kong / Jiawei Shi, The University of Hong Kong / Kevin Tsia, The University of Hong Kong / Kenneth Wong, The University of Hong Kong

   FiO 6: Optics in Biology, Medicine, Vision, and Color

6. 17:15 - 17:30

   (UTC - 05:00)
   FM5C.6

   Lensless on-chip LED array microscope using coded aperture mask

   Presenter: Atif Hassan, COMSATS University Islamabad

    Presentation Details   Paper  Add to Schedule

   We propose a scheme for developing compact and cost effective lensless imaging platform using light emitting diodes and coded aperture mask. Masks act as resolution enhancer and wave-front coding. Images are reconstructed using iterative algorithm
   
   Authors:Atif Hassan, COMSATS University Islamabad / Sohail Khan, COMSATS University Islamabad / Khurram Rasul, COMSATS University Islamabad / Anwar hussain, COMSATS University Islamabad

   FiO 6: Optics in Biology, Medicine, Vision, and Color

General Information Display Technology

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Frontiers in Optics

1. 16:00 - 16:30

   (UTC - 05:00)
   FM5D.1

   Holographic Flat Panel Display

   Presenter: Hong-Seok Lee, Samsung Electronics (SAIT)

    Presentation Details   Paper  Add to Schedule

   We will discuss optical architectures for holographic flat panel displays and present some of our approaches to implement the slim holographic display.
   
   Authors:Hong-Seok Lee, Samsung Electronics (SAIT) / Chil-Sung Choi, Samsung Electronics (SAIT) / Jungkwuen An, Samsung Electronics (SAIT) / Yunhee Kim, Samsung Electronics (SAIT) / Kanghee Won, Samsung Electronics (SAIT) / Young Kim, Samsung Electronics (SAIT) / Jong-Young Hong, Samsung Electronics (SAIT) / Hoon Song, Samsung Electronics (SAIT) / Byonggwon Song, Samsung Electronics (SAIT) / Hong Suk Kim, Samsung Electronics (SAIT) / Sunghoon Hong, Samsung Electronics (SAIT)

   Invited FiO 7: Information Acquisition, Processing and Display

2. 16:30 - 16:45

   (UTC - 05:00)
   FM5D.2

   (Withdrawn) Noise Modeling of the Nitrogen-Vacancy Center in Diamond Using Coherent Population Trapping

   Presenter: Arshag Danageozian, Louisiana State University

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   We model the effect of 13C nuclear spins of diamond on our computational qubit (15N nuclear spin in the NV center) by using the electronic structure of the NV center as a three-level system to observe the phenomenon of coherent population trapping.
   
   Authors:Arshag Danageozian, Louisiana State University / Nathaniel Miller, Louisiana State University / Narayan Bhusal, Louisiana State University / Pratik Barge, Louisiana State University / Leigh Norris, Dartmouth College / Lorenza Viola, Dartmouth College / Jonathan Dowling, Louisiana State University

   FiO 7: Information Acquisition, Processing and Display

3. 16:45 - 17:00

   (UTC - 05:00)
   FM5D.3

   Electrically Controllable and Thermoresponsive Transparency of a Liquid-Crystal Smart Window

   Presenter: Guan Sung, National Chiao Tung University

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   Utilizing the electrohydrodynamic effect, we demonstrate an electrically active and thermally passive device based on a chiral nematic sandwiched between two conducting glass substrates. It is promising for smart-window applications.
   
   Authors:Guan Sung, National Chiao Tung University / Po-Chang Wu, National Chiao Tung University / Wei Lee, National Chiao Tung University

   FiO 7: Information Acquisition, Processing and Display

4. 17:00 - 17:15

   (UTC - 05:00)
   FM5D.4

   DC-Noise-Free Holographic See-Through Head-Mounted Display with Compact Form Factor

   Presenter: Kiseung Bang, Seoul National University

    Presentation Details   Paper  Add to Schedule

   Noise filtering system is an essential part of a holographic display, but it hinders to achieve a compact form factor. We suggest a whole design of a holographic see-through head-mounted display with a compact Bragg DC filter.
   
   Authors:Kiseung Bang, Seoul National University / Songhyun Lee, Seoul National University / Byoungho Lee, Seoul National University

   FiO 7: Information Acquisition, Processing and Display

5. 17:15 - 17:30

   (UTC - 05:00)
   FM5D.5

   Autostereoscopic display with coherent backlight illumination

   Presenter: Jiajun Hu, JXUT High School

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   By performing custom-written ray-tracing and wave propagation simulations, we demonstrate that the number of viewing zones of lenticular-lens-based autostereoscopic displays can be greatly increased by using coherent backlight illumination.
   
   Authors:Jiajun Hu, JXUT High School

   FiO 7: Information Acquisition, Processing and Display

Emerging Technologies for AR/VR Displays

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1. 16:00 - 16:30

   (UTC - 05:00)
   FM5B.1

   Potentials and Issues of Metasurface for AR/VR Devices

   Presenter: Byoungho Lee, Seoul National University

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   The use of metasurface structures such as metalens is becoming an important issue for applications in AR and VR devices. Proposals will be discussed and key issues for practicality of metasurface devices will be explained in this talk.
   
   Authors:Byoungho Lee, Seoul National University

   Invited

2. 16:30 - 17:00

   (UTC - 05:00)
   FM5B.2

   Meta-Optics for Ultra-Compact Augmented Reality Visor

   Presenter: Arka Majumdar, University of Washington

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   Abstract not available.
   
   Authors:Arka Majumdar, University of Washington

   Invited

3. 17:00 - 17:30

   (UTC - 05:00)
   FM5B.3

   Integrated Optical Phased Arrays for LiDAR, Communications, Augmented Reality, and Beyond

   Presenter: Jelena Notaros, Massachusetts Institute of Technology

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   Recent integrated optical phased array architectures, results, and applications will be reviewed, including beam steering for LiDAR and communications, near-field optical manipulation, and holographic displays for augmented reality.
   
   Authors:Jelena Notaros, Massachusetts Institute of Technology / Milica Notaros, Massachusetts Institute of Technology / Manan Raval, Massachusetts Institute of Technology / Christopher Poulton, Massachusetts Institute of Technology / Matthew Byrd, Massachusetts Institute of Technology / Nanxi Li, Massachusetts Institute of Technology / Zhan Su, Massachusetts Institute of Technology / Emir Salih Magden, Massachusetts Institute of Technology / Erman Timurdogan, Massachusetts Institute of Technology / Thomas Dyer, State University of New York Polytechnic Institute / Christopher Baiocco, State University of New York Polytechnic Institute / Taehwan Kim, University of California, Berkeley / Pavan Bhargava, University of California, Berkeley / Vladimir Stojanovic, University of California, Berkeley / Michael Watts, Massachusetts Institute of Technology

   Invited

Computing and Simulation I

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Quantum 2.0

1. 17:15 - 17:30

   (UTC - 05:00)
   QM6A.1

   (Withdrawn) Cavity-enhanced Ion-ion Remote Entanglement

   Presenter: Shaobo Gao, University of Oxford

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   Ion-ion entanglement between remote ion traps is a promising technology for
   large scale quantum networks. Optical cavities are introduced to increase the entanglement
   generation rate. A complete theory is constructed to describe and predict the system.
   
   Authors:Shaobo Gao, University of Oxford / William hughes, University of Oxford / Joseph Goodwin, University of Oxford / David Lucas, University of Oxford

   Quantum 2.0: Hybrid Systems, Quantum Interconnects

2. 17:30 - 17:45

   (UTC - 05:00)
   QM6A.2

   Hardware design of a trapped-ion quantum computer for Software-Tailored Architecture for Quantum co-design (STAQ) project

   Presenter: Junki Kim, Duke University

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   We present the hardware design of a trapped-ion quantum computer for 32 fully-connected ¹⁷¹Yb⁺ hyperfine qubits.
   The system is engineered for optomechanical stability to ensure high-performance quantum gates utilizing a low vibration cryostat.
   
   Authors:Junki Kim, Duke University / Tianyi Chen, Duke University / Jacob Whitlow, Duke University / Samuel Phiri, Duke University / brad bondurant, Duke University / mark kuzyk, Duke University / stephen crain, Duke University / Kenneth Brown, Duke University / Jungsang Kim, Duke University

   Quantum 2.0: Quantum Computing & Simulation

3. 17:45 - 18:00

   (UTC - 05:00)
   QM6A.3

   Control and readout of a superconducting qubit using a cryogenic photonic link

   Presenter: Florent Lecocq, NIST Boulder

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   We perform the control and readout of a superconducting qubit using microwave signals generated by a high-speed photodiode operating a 20mK. We demonstrate fast qubit gates and high-fidelity single-shot readout while maintaining high qubit coherence.
   
   Authors:Florent Lecocq, NIST Boulder / Jose Aumentado, NIST Boulder / Scott diddams, NIST Boulder / Franklyn Quinlan, NIST Boulder / John Teufel, NIST Boulder

   Quantum 2.0: Quantum Computing & Simulation

4. 18:00 - 18:15

   (UTC - 05:00)
   QM6A.4

   Optical Manipulation of Qubitsby Deep Reinforcement Learning

   Presenter: Lorenzo Moro, Politecnico di Milano

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   Quantum compiling and qubit manipulations can be efficiently solved by using deep learning algorithms. The advantages range from lower computational time to real-time programming We review examples such as STIRAP and single qubits operation.
   
   Authors:Lorenzo Moro, Politecnico di Milano / Enrico Prati, CNR - IFN

   Quantum 2.0: Quantum Computing & Simulation

Photonics III

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Quantum 2.0

1. 17:15 - 17:30

   (UTC - 05:00)
   QM6B.1

   Scalable Generation of Multi-Photon GHZ States

   Presenter: Benjamin Brecht, Paderborn University

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   We demonstrate the scalable generation of multi-photon GHZ states. Using multiplexing with an all-optical quantum buffer, we show an exponential increase in generation rates of four- and six-photon GHZ states compared to standard schemes.
   
   Authors:Benjamin Brecht, Paderborn University / Evan Meyer-Scott, Paderborn University / Nidhin Prasannan, Paderborn University / Ish Dhand, University of Ulm / Sonja Barkhofen, Paderborn University / Viktor Quiring, Paderborn University / Christof Eigner, Paderborn University / Martin Plenio, University of Ulm / Christine Silberhorn, Paderborn University

   Quantum 2.0: Quantum Photonic Sources & Detectors

2. 17:30 - 17:45

   (UTC - 05:00)
   QM6B.2

   Efficient Photon Pair Generation in Thin-film Lithium Niobate Microring Resonators

   Presenter: Zhaohui Ma, Stevens Institute of Technology

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   We demonstrate a high purity photon pair source via parametric downcon-version in a chip-integrated lithium niobate racetrack microring resonator, observing highbrightness of 6.4 MHz mW−1GHz−1at 2350 coincidence-to-accidental ratio.
   
   Authors:Zhaohui Ma, Stevens Institute of Technology / jia-yang chen, Stevens Institute of Technology / yongmeng sua, Stevens Institute of Technology / chao tang, Stevens Institute of Technology / zhan li, Stevens Institute of Technology / Yu-Ping Huang, Stevens Institute of Technology

   Quantum 2.0: Integrated-optics Quantum Platforms & Devices

3. 17:45 - 18:00

   (UTC - 05:00)
   QM6B.3

   Machine Learning Assisted Quantum Photonics

   Presenter: Zhaxylyk Kudyshev, Purdue

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   The characterization of single quantum emitters is time-consuming. We demonstrated that machine learning methods can dramatically reduce data collection time(<1s), and increase measurement accuracy of second-order fluorescence autocorrelation(>90%).
   
   Authors:Zhaxylyk Kudyshev, Purdue / Simeon Bogdanov, Purdue / Theodor Isacsson, Purdue / Alexander Kildishev, Purdue / Alexandra Boltasseva, Purdue / Vladimir Shalaev, Purdue

   Quantum 2.0: Quantum Photonic Sources & Detectors

4. 18:00 - 18:15

   (UTC - 05:00)
   QM6B.5

   Entanglement-Assisted Quantum-Secure Covert Communication

   Presenter: Michael Bullock, University of Arizona

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   We report that shared entanglement improves the scaling law for quantum-secure covert communication over the thermal noise lossy bosonic channel and that our entanglement-assisted optical transceiver architecture captures this improvement.
   
   Authors:Michael Bullock, University of Arizona / Christos Gagatsos, University of Arizona / Saikat Guha, University of Arizona / Boulat Bash, University of Arizona

   Quantum 2.0: Quantum Communication Systems

5. 18:15 - 18:30

   (UTC - 05:00)
   QM6B.6

   Multi-Ion Quantum Logic Driven by Integrated Optics

   Presenter: Maciej Malinowski, ETH Zurich

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   We use trap-integrated optics to drive 2-qubit quantum gate, generating Bell-states with fidelities 99.3(2)%. Integration simultaneously brings robustness and parallelizability to trapped-ion control, of interest for large-scale quantum computing.
   
   Authors:Chi Zhang, ETH Zurich / Karan Mehta, ETH Zurich / Maciej Malinowski, ETH Zurich / Thanh Long Nguyen, ETH Zurich / Martin Stadler, ETH Zurich / Jonathan Home, ETH Zurich

   Quantum 2.0: Quantum Computing & Simulation

Joint Poster Session IA

1. JM6A.1

   Optical Design of an Off-axis Three-mirror System Using Freeform Surfaces

   Presenter: Jorge Alvarado-Martínez, Instituto Nacional de Astrofísica, Óptica y Electrónica

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   Optical design of an off-axis three-mirror system is proposed using free-form surfaces to correct spherical aberration, coma, astigmatism, and field curvature, with f-number 5, a FOV of 2 °, and diameter of 500 mm.
   
   Authors:Jorge Alvarado-Martínez, Instituto Nacional de Astrofísica, Óptica y Electrónica / Fermín Granados Agustín, Instituto Nacional de Astrofísica, Óptica y Electrónica / Sergio Vazquez y Montiel, Universidad Interserrana del Estado de Puebla Ahuacatlán / Alejandro Cornejo-Rodriguez, Instituto Nacional de Astrofísica, Óptica y Electrónica

   FiO 1: Fabrication, Design and Instrumentation

2. JM6A.2

   A Dual Laser Lidar System for Aerosol Studies

   Presenter: Nimmi Sharma, Central Connecticut State University

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   This paper describes development of an inexpensive aerosol lidar system based on dual continuous wave solid state lasers. The system employs a bistatic configuration and a CCD camera detection system for aerosol profiling.
   
   Authors:Nimmi Sharma, Central Connecticut State University / John Barnes, NOAA/ESRL/GML

   FiO 1: Fabrication, Design and Instrumentation

3. JM6A.3

   The Investigation of the Effect of Changing the Height of Optical Elements on the Focal Spot Size Using High-Performance Computer Systems

   Presenter: Dmitry Savelyev, Samara National Research University

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   The simulation of diffraction of Super-Gauss with radial polarization on a high-aperture diffraction axicon and the optical element matched with the circular Airy distribution was investigated. The abrupt formation of a light needle was shown.
   
   Authors:Dmitry Savelyev, Samara National Research University

   FiO 1: Fabrication, Design and Instrumentation

4. JM6A.5

   Optimization of Multilayer Optical Films with Unsupervised Learning, reinforcement learning and genetic algorithm

   Presenter: An Qing Jiang, Waseda University

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   We proposed an optical film optimal algorithm using a three-step machine learning algorithm. which applies to design layered thin-film materials. As a verification, the absorption of the designed solar selective absorption film is 91\%.
   
   Authors:An Qing Jiang, Waseda University / Osamu Yoshie, Waseda University / liangyao chen, Fudan University

   FiO 1: Fabrication, Design and Instrumentation

5. JM6A.6

   Laser-Assisted 2D Material-Based Highly Responsive Flexible Photosensor

   Presenter: Rapti Ghosh, IAMS,Academia Sinica

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   Upon laser irradiation, the sensitivity gets enhanced up to 22 times by the insertion of two-dimensional materials having a large density of state due to the speeding up of carrier dissociation at the heterojunction interface.
   
   Authors:Rapti Ghosh, IAMS,Academia Sinica / Ya-Ping Hsieh, IAMS,Academia Sinica / Yang-Fang Chen, National Taiwan University

   FiO 1: Fabrication, Design and Instrumentation

6. JM6A.7

   Invariance Principle for Wave Propagation inside Inhomogeneous Materials

   Presenter: Azriel Genack, Queens College of CUNY

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   We demonstrate in microwave experiments and theory that wave statistics within samples of any dimension depend only on the net strengths of distributed scattering and reflection between the observation point and each of the boundaries.
   
   Authors:Azriel Genack, Queens College of CUNY / Yiming Huang, Queens College of CUNY / Chushun Tian, 2CAS Key Laboratory of Theoretical Physics and Institute of Theoretical Physics / Victor Gopar, 3Departamento de Fisica Teorica and BIFI, Universidad de Zaragoza / Ping Fang, School of Science, Beijing University of Posts and Telecommunications

   FiO 2: Optical Interactions

7. JM6A.8

   Magnetic Resonance using Synchronous Coherent Population Trapping Spectroscopy

   Presenter: Gour Pati, Delaware State University

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   A new technique based on coherent population trapping is reported here for optical magnetometry using ⁸⁷Rb vapor medium. Additional new resonances, thus created, can be used in determining the orientation of magnetic field.
   
   Authors:Gour Pati, Delaware State University / Raghwinder Grewal, Delaware State University / Renu Tripathi, Delaware State University

   FiO 2: Optical Interactions

8. JM6A.10

   Electromagnetic p-Polarized Wave Propagation Across an Achiral/Chiral Interface with First-Order Material Dispersion and Dielectric Loss

   Presenter: Monish Chatterjee, University of Dayton

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   Propagation of p-polarized electromagnetic waves across an achiral/chiral (ACC) interface is re-visited using Fresnel coefficients (FCs) to examine the effect upon transmission under chiral first-order material dispersion and dielectric loss.
   
   Authors:Akram Muntaser, University of Dayton / Monish Chatterjee, University of Dayton

   FiO 2: Optical Interactions

9. JM6A.11

   Singularities of Surface Nanostructuring in Liquid With a Pair of Femtosecond Laser Pulses

   Presenter: Sergey Romashevskiy, Joint Institute for High Temperatures

    Presentation Details   Paper  Add to Schedule

   Ring diffraction patterns form on silicon upon irradiation in liquid with two femtosecond laser pulses following at sub-millisecond delay, as a result of diffraction of the second pulse by the bubble generated near the surface by the first pulse.
   
   Authors:Sergey Romashevskiy, Joint Institute for High Temperatures / Sergey Ashitkov, Joint Institute for High Temperatures

   FiO 2: Optical Interactions

10. JM6A.12

    Image transmission across a magnetic dispersive chiral boundary under uniform and Gaussian-profile beams

    Presenter: Monish Chatterjee, University of Dayton

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    Recent work on image transmission across a magnetic achiral/chiral interface using Fresnel coefficients for different permittivity/permeability ratios is extended to dispersive chiral dielectrics with uniform and Gaussian-profile incident beams.
    
    Authors:Monish Chatterjee, University of Dayton / Nagi Buaossa, University of Dayton

    FiO 2: Optical Interactions

11. JM6A.13

    Aerosol Mitigation via Optically-Induced Acoustic Waves

    Presenter: Andrew Goffin, University of Maryland, College Park

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    Through scattering and absorption, aerosols can interfere with long-distance laser propagation through the atmosphere. Here we directly measure the dynamics of aerosol particles acoustically cleared by an optical pulse.
    
    Authors:Andrew Goffin, University of Maryland, College Park / Jesse Griff-McMahon, University of Maryland, College Park / Ilia Larkin, University of Maryland, College Park / Howard Milchberg, University of Maryland, College Park

    FiO 2: Optical Interactions

12. JM6A.14

    Generation of soliton pulse with Non-linear Polarization Rotation (NPR) Passive Mode Locked fiber Laser

    Presenter: Mahrokh Avazpour, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca

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    Soliton pulses with picosecond time duration whose amplitude and temporal distribution is random and their repetition frequency correspond to the fundamental frequency have been generated from NPR mode-locking fiber laser.
    
    Authors:Mahrokh Avazpour, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca / Majid Hesami, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca / J. C. Hernandez Garcia, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca / Juan Manuel Sierra Hernández, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca / Julian Moises Estudillo Ayala, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca / Roberto Rojas Laguna, Universidad de Guanajuato, Comunidad de Palo Blanco, Salamanca

    FiO 2: Optical Interactions

13. JM6A.15

    Conicoid Plasma Mirrors Adjustment by a Multi-Sub-Aperture (MSA) Method

    Presenter: Zhe Guang, Georgia Institute of Technology

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    We proposed a multi-sub-aperture adjustment method for conicoid plasma mirrors. We took the hyperbolic mirror as an example to verify its feasibility experimentally. The misalignment was efficiently eliminated and the focal spot was triply reduced.
    
    Authors:Dongjun Zhang, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Zhe Guang, Georgia Institute of Technology / Ping Zhu, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Xinglong Xie, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Hongbiao Huang, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Xuejie Zhang, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Jianqiang Zhu, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Yan Liang, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences / Cheng Liu, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences

    FiO 2: Optical Interactions

14. JM6A.16

    Feedback-Assisted Wavefront Shaping for Monitoring Chemical Reactions Inside Opaque Media

    Presenter: Benjamin Anderson, Washington State University

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    We utilize feedback-assisted wavefront shaping to monitor the fluorescence and Raman spectra of molecular crystals inside opaque media during chemical reactions. This technique has applications in the study of explosives and novel propellants.
    
    Authors:Benjamin Anderson, Washington State University / Natalie Gese, Washington State University / Hergen Eilers, Washington State University

    FiO 2: Optical Interactions

15. JM6A.17

    Dynamics and Excitation of Absorbing and Amplifying Random Media

    Presenter: Yiming Huang, Queens College, CUNY

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    Using microwave measurements, numerical simulations and analytic theory, we find expressions for the spectra of the transmission time, energy density and density of states in nonunitary random media.
    
    Authors:Yiming Huang, Queens College, CUNY / Yuhao Kang, Queens College, CUNY / Azriel Genack, Queens College, CUNY

    FiO 2: Optical Interactions

16. JM6A.18

    Photothermal Spectra of Semiconductors

    Presenter: Aristides Marcano Olaizola, Delaware State University

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    We measure and calibrate the photothermal spectra of Gallium Arsenide and Cadmium Telluride in the 400-800 nm spectral region using a white light source. The spectra yield the photothermal quantum yields of the materials
    
    Authors:Aristides Marcano Olaizola, Delaware State University / Jose Luis Luna Sanchez, Instituto Politecnico Nacional / Songjian Tan, Delaware State University / Tianyao Zhang, Delaware State University

    FiO 2: Optical Interactions

17. JM6A.19

    Optical Traps and Colloidal Phase Transitions for Ultra-Broadband Optical Limiting

    Presenter: Ivan Biaggio, Lehigh University

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    Focused electro-magnetic radiation concentrates nanoparticles relying only on the magnitude of optical electric field and ignoring its frequency. This enables broadband optical limiting in the infrared when coupled with a colloidal phase transition.
    
    Authors:Ivan Biaggio, Lehigh University / H. Daniel Ou-Yang, Lehigh University

    FiO 2: Optical Interactions

18. JM6A.20

    Tunable Harmonic Generation Using Hybrid Metasurfaces Incorporating Phase-Change Chalcogenides

    Presenter: Muliang Zhu, Georgia Institute of Technology

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    We demonstrate a dynamic nonlinear metasurface incorporating GST that facilitates large spectral shift of the fundamental gap-surface plasmon resonance for enhanced linear resonance and third harmonic generation efficiency.
    
    Authors:Muliang Zhu, Georgia Institute of Technology / Sajjad Abdollahramezani, Georgia Institute of Technology / Ali Adibi, Georgia Institute of Technology

    FiO 3: Quantum Electronics

19. JM6A.21

    Down-Conversion Emission Profile Characterisation via Camera

    Presenter: Hashir Kuniyil, Ozyegin University, Istanbul

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    We present a method to improve the brightness and collection efficiency of the spontaneous parametric down-conversion source by monitoring the mode shape using camera and correcting it with collection optics.
    
    Authors:Hashir Kuniyil, Ozyegin University, Istanbul / Kadir Durak, Ozyegin University, Istanbul

    FiO 3: Quantum Electronics

20. JM6A.22

    Super-Sensitive Quantum Metrology without Many-Photon Entanglement

    Presenter: Mayukh Lahiri, Oklahoma State University

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    We present a quantum metrological method that yields the Heisenberg limit without employing a squeezed or a many-particle entangled state. A separable state is used to probe the phase. Entanglement is disadvantageous for our method.
    
    Authors:Mayukh Lahiri, Oklahoma State University / Manuel Erhard, University of Vienna

    FiO 3: Quantum Electronics

21. JM6A.23

    Entanglement in Many-body Quantum Systems

    Presenter: Pawan Khatiwada, Miami University

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    Here we briefly revisit entanglement in bipartite quantum systems and mention issues to its extension to multipartite situations. Finally, we indicate the role of entanglement in the description of many-body systems through matrix product states.
    
    Authors:Pawan Khatiwada, Miami University / Imran Mirza, Miami University

    FiO 3: Quantum Electronics

22. JM6A.24

    New Developments on Primary Processes in ITO/TPD/Alq₃/Al OLEDs at Low bias Voltage

    Presenter: Fanomezantsoa Ratsimbazafy, GCMP - Université de Moncton

     Presentation Details   Paper  Add to Schedule

    
    Current-voltage measurements at low voltage (~ 1 V) strongly suggest that ions can move in OLEDs during the first current-voltage (I-V) scan. This might be important to the design of emerging organic lasers.
    
    Authors:Fanomezantsoa Ratsimbazafy, GCMP - Université de Moncton / Serge Gauvin, GCMP - Université de Moncton

    FiO 3: Quantum Electronics

23. JM6A.25

    Single qubit preparation and quantum gates from third order nonlinear optics

    Presenter: Francisco Dominguez Serna, CICESE

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    We present a study on the preparation and manipulation of path-like temporal-mode qubits based on third-order nonlinear materials. Our study allows for experimentally feasible proposals, capable of controllable arbitrary qubit transformations.
    
    Authors:Francisco Dominguez Serna, CICESE / Karina Garay-Palmett, CICESE

    FiO 3: Quantum Electronics

24. JM6A.26

    Large-scale Ising Emulator with All-to-All Connected Four-Body Interactions

    Presenter: He Zhang, Stevens Institute of Technology

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    We propose a nonlinear-optics approach to emulate Ising machine containing a million spins with weighted all-to-all four-body interactions. Using adaptive feedback control, this machine can be evolved to find the optimum solution of Ising problem.
    
    Authors:He Zhang, Stevens Institute of Technology / SANTOSH KUMAR, Stevens Institute of Technology / Yuping Huang, Stevens Institute of Technology

    FiO 3: Quantum Electronics

25. JM6A.27

    Nonlinear frequency mixing of photons for thermal-radiation engineering

    Presenter: Chinmay Khandekar, Purdue University

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    We show that the nonlinear frequency mixing of photons can be used to overcome the fundamental blackbody limit, and to introduce nontrivial statistics (g⁽²⁾?2) and biphoton intensity correlations (at distinct frequencies) in thermal radiation.
    
    Authors:Chinmay Khandekar, Purdue University / Liping Yang, Purdue University / Alejandro Rodriguez, Princeton University / Zubin Jacob, Purdue University

    FiO 3: Quantum Electronics

26. JM6A.28

    Reconfigurable Metasurfaces for Rapid Control Over Quantum Interference Using GeTe as Phase-change Material

    Presenter: Nooshin Mohammadi Estakhri, University of Michigan

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    Tunable quantum interference is enabled by a design incorporating phase-change materials into metasurfaces. Via controlled joule heating, these structures can switch rapidly between phases of constructive and destructive quantum interferences.
    
    Authors:Nooshin Mohammadi Estakhri, University of Michigan / Theodore Norris, University of Michigan

    FiO 3: Quantum Electronics

27. JM6A.29

    Low-Power Carrier-Envelope Phase Detection using Few- Cycle Pulse Pairs

    Presenter: Bing Zeng, University of Alabama in Huntsville

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    The feasibility of carrier-envelope phase (CEP) detection using few-cycle pulse pairs is numerically analyzed in a two-level system. Much lower power requirement is demonstrated in comparison with single-pulse schemes.
    
    Authors:Bing Zeng, University of Alabama in Huntsville / Lingze Duan, University of Alabama in Huntsville

    FiO 3: Quantum Electronics

28. JM6A.30

    Making Better Qubits out of Spectrally Noisy Solid State Quantum Emitters

    Presenter: Herbert Fotso, University at Albany SUNY

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    We show that we can, through appropriately timed external control fields, to overcome deleterious effects of spectral fluctuations, induced by dynamic environments, in key quantum information processing operations with solid state quantum emitters.
    
    Authors:Herbert Fotso, University at Albany SUNY

    FiO 3: Quantum Electronics

29. JM6A.31

    Optical Properties of Dilute CuAl_1-xFe_xO₂ Delafossite Alloys

    Presenter: Mina Aziziha, West Virginia University

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    For powder samples of CuAl_1-xFe_xO₂(x = 0, 0.01, 0.05, and 0.1), measured optical properties are compared with model simulations and phonon spectra are compared with simulations based on weighted dynamical matrix approach.
    
    Authors:Mina Aziziha, West Virginia University / Saeed Akbarshahi, West Virginia University / Sayandeep Ghosh, Indian Institute of Technology / Prativa Pramanik, Indian Institute of Technology / Rishmali Sooriyagoda, West Virginia University / Aldo Romero, West Virginia University / Subhash Thota, Indian Institute of Technology / Suresh Pittala, Indian Institute of Science / Alan Bristow, West Virginia University / Mohindar Seehra, West Virginia University / Matthew Johnson, West Virginia University

    FiO 2: Optical Interactions

30. JM6A.32

    Surface structuring comparison for multiple glasses using a pulsed CO₂ laser

    Presenter: Javed Ali, Texas A&M University

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    Fabrication of ridge and trench structures in soda lime, borosilicate and fused silica glasses using pulsed CO₂ laser are demonstrated. Effects of laser power, stage temperature on dimensions and quality of structures is discussed.
    
    Authors:Javed Ali, Texas A&M University / Christi Madsen, Texas A&M University

    FiO 2: Optical Interactions

Joint Poster Session IB

1. JM6B.1

   Transient Triplet Exciton Gratings in Rubrene Single Crystals

   Presenter: Ivan Biaggio, Lehigh University

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   We observe singlet exciton fission and the formation of triplet exciton transient gratings that allow us to study the singlet exciton fission time and the rise of the triplet population under different excitation and detection conditions
   
   Authors:Drew Finton, Lehigh University / Ivan Biaggio, Lehigh University

   FiO 3: Quantum Electronics

2. JM6B.2

   Fluorescence Quantum Beats due to Long-Lived Entangled Triplet Excitons in Rubrene Crystals

   Presenter: Ivan Biaggio, Lehigh University

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   Under an applied magnetic field of the order of 0.3 T, singlet exciton fission into two triplet excitons and the subsequent geminate fusion of the latter leads to long-lasting spin entanglement and quantum beats in the emitted fluorescence
   
   Authors:Eric Wolf, Lehigh University / Drew Finton, Lehigh University / Ivan Biaggio, Lehigh University

   FiO 3: Quantum Electronics

3. JM6B.3

   Photon Statistics Effects on a QRNG of Vacuum Fluctuations

   Presenter: Abdulrahman Dandasi, Ozyegin University

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   Optical scattering enhances randomness characteristics, increases the chaotic behavior of coherent sources, broadens the distribution of photon statistics and makes it super-Poissonian which allows faster sampling compared to Poissonian.
   
   Authors:Abdulrahman Dandasi, Ozyegin University / Helin Ozel, Ozyegin University / Kadir Durak, Ozyegin University

   FiO 3: Quantum Electronics

4. JM6B.5

   Analysis of rotational symmetry in SDM system based on OAM

   Presenter: Ce Su, Florida Institute of Technology

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   The paper presents a new method to change the rotating behavior of OAM in the SDM communication system. Simulation and experimental data show that this technique gives a new perspective for OAM behavior inside the SDM system.
   
   Authors:Ce Su, Florida Institute of Technology / Syed Murshid, Florida Institute of Technology

   FiO 4: Fiber Optics and Optical Communications Photonics

5. JM6B.6

   
   On the Correctness of the Polarization-Induced Orbital Angular Momentum Field in Optical Fibers

   Presenter: Ramesh Bhandari, Laboratory for Physical Sciences

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   We demonstrate the correctness of the recently derived analytic expression for the polarization-induced orbital angular momentum field in a multilayered fiber via numerical calculations of its contribution to polarization corrections.
   
   Authors:Ramesh Bhandari, Laboratory for Physical Sciences

   FiO 4: Fiber Optics and Optical Communications Photonics

6. JM6B.9

   Meta-surface Lens With Artificial Focus Pattern

   Presenter: Yasha Yi, University of Michigan

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   We have demonstrated metalens with artificial focus pattern. The artificial focus pattern can be applied to future on-chip optical devices with applications ranging from beam engineering to next generation nano lithography.
   
   Authors:Mao Ye, University of Michigan / Vishva Ray, University of Michigan / Yasha Yi, University of Michigan

   FiO 5: Photonic Integrated Devices and Applications

7. JM6B.10

   Whispering Gallery Resonators Introduced by Wet Chemical Etching at the Optical Fiber Surface

   Presenter: Misha Sumetsky, Aston University

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   We demonstrate fabrication of whispering gallery resonators by chemical etching utilizing the fiber jacket as a configurable mask. As an application, we demonstrate a miniature dispersionless delay line exhibiting 1 ns delay.
   
   Authors:Nikita Toropov, Aston University / Sajid Zaki, Aston University / Tigran Vartanyan, ITMO University / Misha Sumetsky, Aston University

   FiO 5: Photonic Integrated Devices and Applications

8. JM6B.11

   Maximizing Orbital Angular Momentum Exhibited by Fundamental Modes of Silicon Strip Waveguides

   Presenter: Ryan Patton, Ohio State University

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   We maximize the orbital angular momentum of fundamental silicon waveguide modes by optimizing the cross-section. The maximum computed values for SiO₂ and air cladding are 0.36 and 0.52 h/2π per photon, respectively, at 1550 nm wavelength.
   
   Authors:Ryan Patton, Ohio State University / Ronald Reano, Ohio State University

   FiO 5: Photonic Integrated Devices and Applications

9. JM6B.12

   Modeling Phase and Amplitude Errors in Optical Phased Arrays and Comparison to Measurement

   Presenter: Marcel Pruessner, US Naval Research Laboratory

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   We model optical phased arrays. Random intensity errors minimally affect the beam. Random phase errors (ΔΦ<0.3×2π) substantially affect the beam power but only minimally the beam width. Systematic errors in the splitters are also investigated.
   
   Authors:Marcel Pruessner, US Naval Research Laboratory / Rita Mahon, US Naval Research Laboratory / Nathan Tyndall, US Naval Research Laboratory / Todd Stievater, US Naval Research Laboratory / William Rabinovich, US Naval Research Laboratory

   FiO 5: Photonic Integrated Devices and Applications

10. JM6B.13

    High efficiency end-fire 3-D optical phased array based on multi-layers SiN/SiO platform

    Presenter: Dachuan Wu, University of Michigan

     Presentation Details   Paper  Add to Schedule

    OPA device has been widely studied for solid-state Lidar. We have investigated a multi-layers SiN/SiO structure that can emit the beam from the edge of the device with high efficiency. Fabrication feasibility is also discussed.
    
    Authors:Dachuan Wu, University of Michigan / Yasha Yi, University of Michigan / Yuxiao Zhang, University of Michigan

    FiO 5: Photonic Integrated Devices and Applications

11. JM6B.15

    Time-Dependent Speckle in Coherence Domain Tomography

    Presenter: Ping Yu, University of Missouri

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    We developed a high-speed Fourier domain optical coherence tomography to detect time-dependent speckle. The technique uses autocorrelation to calculate time-constant of speckle. The developed technique can be used to evaluate health status of tissue.
    
    Authors:Ping Yu, University of Missouri / Margaret Lyon, University of Missouri / Lixin Ma, University of Missouri

    FiO 6: Optics in Biology, Medicine, Vision, and Color

12. JM6B.16

    Visualization of Ischemia in Retina using Multimodal Photoacoustic Ophthalmoscopy and Optical Coherence Tomography in a Rabbit Model

    Presenter: Phuc Nguyen, University of Michigan

     Presentation Details   Paper  Add to Schedule

    This report is describing the potential of multimodal photoacoustic microscopy (PAM) and spectral-domain optical coherence tomography (SD-OCT) for evaluation of the degree of retinal ischemia in living rabbits.
    
    Authors:Phuc Nguyen, University of Michigan / Yanxiu Li, University of Michigan / Jessica Henry, University of Michigan / Michael Aaberg, University of Michigan / Wei Zhang, University of Michigan / Xueding Wang, University of Michigan / Yannis Paulus, University of Michigan

    FiO 6: Optics in Biology, Medicine, Vision, and Color

13. JM6B.17

    A young eye model to investigate the influence of a gradient-index lens on peripheral refractive errors

    Presenter: Mark Coughlan, Harvard University

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    We compare the peripheral refractive errors of two young eye models containing a constant refractive index lens and a more anatomically correct GRIN lens, respectively. We find the GRIN lens causes a peripheral myopic shift.
    
    Authors:Mark Coughlan, Harvard University / Conor Sheil, Harvard University / Alexander Goncharov, National University of Ireland Galway

    FiO 6: Optics in Biology, Medicine, Vision, and Color

14. JM6B.18

    Reliable Oral Cancer Classification Framework with Bayesian Deep Learning

    Presenter: Bofan Song, University of Arizona

     Presentation Details   Paper  Add to Schedule

    Standard deep learning algorithms for clinical image classification are unable to understand their confidence in a decision. We developed a Bayesian deep network could estimate uncertainty to assess the reliability of oral cancer image classification
    
    Authors:Bofan Song, University of Arizona / sumsum sunny, Mazumdar Shaw Medical Centre / sanjana patrick, Biocon Foundation / Amritha Suresh, Mazumdar Shaw Medical Centre / moni kuriakose, Cochin Cancer Research Center / praveen birur, KLE Society Institute of Dental Sciences / Rongguang Liang, University of Arizona

    FiO 6: Optics in Biology, Medicine, Vision, and Color

15. JM6B.19

    Correction of CMOS-related noise in fluorescence microscopy

    Presenter: Biagio Mandracchia, Georgia Institute of Technology

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    CMOS cameras are very appealing for fluorescence microscopy but suffer from high readout and fixed-pattern noise. We propose a non-iterative algorithm that erases camera-related noise retaining the quantitative information of fluorescence signal.
    
    Authors:Biagio Mandracchia, Georgia Institute of Technology / Xuanwen Hua, Georgia Institute of Technology / Changliang Guo, Georgia Institute of Technology / JEONGHWAN SON, Georgia Institute of Technology / Tara Urner, Georgia Institute of Technology / shu jia, Georgia Institute of Technology

    FiO 6: Optics in Biology, Medicine, Vision, and Color

16. JM6B.20

    Efficient Reservoir Computing by FPGA and Electro-optic Modulation

    Presenter: Prajnesh Kumar, Stevens Institute of Technology

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    We experimentally demonstrate a reservoir computing system consisting of an electro-optic modulator and FPGA electronics. On the NARMA10 benchmark test, the normalized root mean square error can achieve as low as 0.134.
    
    Authors:Prajnesh Kumar, Stevens Institute of Technology / Mingwei Jin, Stevens Institute of Technology / Ting Bu, Stevens Institute of Technology / Santosh Kumar, Stevens Institute of Technology / Yuping Huang, Stevens Institute of Technology

    FiO 7: Information Acquisition, Processing and Display

17. JM6B.21

    Radiative Lifetime Measurement of the Excited State of Sodium Dimers

    Presenter: Lok Raj Pant, Miami University

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    Lifetimes of the first excited-state of sodium dimers are measured using time-resolved spectroscopy. Molecular fluorescence decay-time was recorded using time-correlated photon-counting technique and lifetime was extracted using a Stern-Volmer plot.
    
    Authors:Lok Raj Pant, Miami University / Scott Wenner, Miami University / Joseph Converse, Miami University / Burcin Bayram, Miami University

18. JM6B.22

    Stimulated-Emission-Based Characterization of Optical Fiber Photon-Pair Source in Frequency and Transverse-Mode

    Presenter: Xiye Hu, University of Illinois, Urbana Champaign

     Presentation Details   Paper  Add to Schedule

    We present preliminary results on stimulated-emission-based characterization of birefringent optical fiber photon-pair source in frequency and transverse-mode, involving direct imaging of created transverse modes.
    
    Authors:Dong Beom Kim, University of Illinois, Urbana Champaign / Xiye Hu, University of Illinois, Urbana Champaign / Yujie Zhang, University of Illinois, Urbana Champaign / Xinan Chen, University of Illinois, Urbana Champaign / Karina Garay-Palmett, Centro de Investigación Científica y de Educación Superior de Ensenada / Alfred U'Ren, Universidad Nacional Autónoma de México / Virginia Lorenz, University of Illinois, Urbana Champaign

19. JM6B.23

    Waveguide-QED with Atomic Matter Waves

    Presenter: Youngshin Kim, Stony Brook University

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    We present recent studies of waveguide quantum electrodynamics using ultracold atomic matter waves in an optical lattice.
    
    Authors:Youngshin Kim, Stony Brook University / Michael Stewart, Stony Brook University / Joonhyuk Kwon, Stony Brook University / Alfonso Lanuza, Stony Brook University / Dominik Schneble, Stony Brook University

20. JM6B.24

    The Effect of Coupling Disorder on the Transfer Efficiency in the LH1-RC Photosynthetic Unit

    Presenter: Ethan Wyke, University of the West Indies, STA

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    A quantum model of the LH1-RC is presented with disorder in the photon-donor and donor ring inter-site couplings. The effect of disorder on the transfer efficiency of the excitation is investigated.
    
    Authors:Ethan Wyke, University of the West Indies, STA / Abuenameh Aiyejina, University of the West Indies, STA / Roger Andrews, University of the West Indies, STA

21. JM6B.25

    Photoionization of Non-Metal Crystals by a High-Power Few-Cycle Femtosecond Laser Pulse

    Presenter: Vitaly Gruzdev, University of New Mexico

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    The Keldysh-type parabolic-band model and asymptotic expansion with respect to ratio of cycle duration to pulse-width are combined to derive analytical formula for the photoionization rate by few-cycle laser pulses with large spectral bandwidth.
    
    Authors:Vitaly Gruzdev, University of New Mexico / Olga Sergaeva, ITMO University

22. JM6B.26

    Dissipative Five-level Quantum Systems: A Quantum Model of Photosynthetic Reaction Centers

    Presenter: Zibo Wang, Miami Univerisy

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    Recent studies suggested that coherence can enhance the photosynthetic yield. In this work, we show how photosynthesis can be modeled as a five-level quantum heat engine and how its environmental interaction leads to noise-induced coherence.
    
    Authors:Zibo Wang, Miami Univerisy / Imran Mirza, Miami Univerisy

23. JM6B.27

    Modeling INQNETs Time-Bin Qubit Teleportation Experiments Using Phase Space Methods

    Presenter: Nikolai Lauk, California Institute of Technology

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    We apply phase space methods to simulate time-bin qubit teleportation experiments at the Caltech Quantum Network (CQNET) and Fermilab Quantum Network(FQNET). Our model includes all relevant parameters and contributions from the multi-photon events.
    
    Authors:Nikolai Lauk, California Institute of Technology / Raju Valivarthi, California Institute of Technology / Samantha Davis, California Institute of Technology / Lautaro Narvaez, California Institute of Technology / Yewon Gim, California Institute of Technology / Meraj Hussein, Fermi National Accelerator Laboratory / George Iskander, California Institute of Technology / Boris Korzh, Jet Propulsion Laboratory / Andrew Mueller, California Institute of Technology / Daniel Oblak, University of Calgary / Cristian Pena, California Institute of Technology / Mandy Rominksy, Fermi National Accelerator Laboratory / Matthew Shaw, Jet Propulsion Laboratory / Christoph Simon, University of Calgary / Neil Sinclair, California Institute of Technology / Panagiotis Spentzouris, Fermi National Accelerator Laboratory / Maria Spiropulu, California Institute of Technology / Dawn Tang, California Institute of Technology / Si Xie, California Institute of Technology

    FiO 3: Quantum Electronics

24. JM6B.28

    Observation of the Parameters Describing Coupling between Waveguides and Elongated Bottle Microresonators Designed for Quantum Applications

    Presenter: Dashiell Vitullo, U.S. Army Research Laboratory

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    We report local characterization of coupling between elongated bottle microresonators and tapered-fiber waveguides with small diameter relative to the characteristic length of resonator modes, towards quantum-compatible resonant optical microdevices.
    
    Authors:Dashiell Vitullo, U.S. Army Research Laboratory / Sajid Zaki, Aston University / Daniel Jones, U.S. Army Research Laboratory / Misha Sumetsky, Aston University / Michael Brodsky, U.S. Army Research Laboratory

    FiO 3: Quantum Electronics

25. JM6B.29

    Programming the Kennedy Receiver for Capacity Maximization versus Minimizing One-shot Error Probability

    Presenter: Rahul Kumar Bhadani, The University of Arizona

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    We find capacity of Kennedy receiver for coherent-state BPSK when the symbol prior p and pre-detection displacement are optimized. The optimal displacement is different than what minimizes error probability for single-shot BPSK state discrimination.
    
    Authors:Rahul Kumar Bhadani, The University of Arizona / Michael Grace, The University of Arizona / Ivan Djordjevic, The University of Arizona / Jonathan Sprinkle, The University of Arizona / Saikat Guha, The University of Arizona

    FiO 3: Quantum Electronics

26. JM6B.31

    Plotting the Stability Boundary of Cnoidal Waves in Microresonators

    Presenter: Logan Courtright, University of Maryland, Baltimore County

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    Previous dynamical methods to map the stability region boundary of cnoidal waves were semi-automatic due to sharp corners. We present a fully automatic method that accounts for corners due to Hopf bifurcations.
    
    Authors:Logan Courtright, University of Maryland, Baltimore County / Zhen Qi, University of Maryland, Baltimore County / Curtis Menyuk, University of Maryland, Baltimore County

    FiO 2: Optical Interactions