Frontiers in Optics / Laser Science APS/DLS

  • Technical Conference:  31 October – 04 November 2021
  • Science & Industry Showcase:  02 – 03 November 2021
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Waveguide-QED with Atomic Matter Waves
JM6B.23
Waveguide-QED with Atomic Matter Waves

Youngshin Kim
Stony Brook University

  • Laser Science Categories
The Effect of Coupling Disorder on the Transfer Efficiency in the LH1-RC Photosynthetic Unit
JM6B.24
The Effect of Coupling Disorder on the Transfer Efficiency in the LH1-RC Photosynthetic Unit

Ethan Wyke
University of the West Indies, STA

  • Laser Science Categories
Photoionization of Non-Metal Crystals by a High-Power Few-Cycle Femtosecond Laser Pulse
JM6B.25
Photoionization of Non-Metal Crystals by a High-Power Few-Cycle Femtosecond Laser Pulse

Vitaly Gruzdev
University of New Mexico

  • Laser Science Categories
Dissipative Five-level Quantum Systems: A Quantum Model of Photosynthetic Reaction Centers
JM6B.26
Dissipative Five-level Quantum Systems: A Quantum Model of Photosynthetic Reaction Centers

Zibo Wang
Miami Univerisy

  • Laser Science Categories
Modeling INQNETs Time-Bin Qubit Teleportation Experiments Using Phase Space Methods
JM6B.27
Modeling INQNETs Time-Bin Qubit Teleportation Experiments Using Phase Space Methods

Nikolai Lauk
California Institute of Technology

  • FiO 3 Quantum Electronics
Observation of the Parameters Describing Coupling between Waveguides and Elongated Bottle Microresonators Designed for Quantum Applications
JM6B.28
Observation of the Parameters Describing Coupling between Waveguides and Elongated Bottle Microresonators Designed for Quantum Applications

Dashiell Vitullo
U.S. Army Research Laboratory

  • FiO 3 Quantum Electronics
Programming the Kennedy Receiver for Capacity Maximization versus Minimizing One-shot Error Probability
JM6B.29
Programming the Kennedy Receiver for Capacity Maximization versus Minimizing One-shot Error Probability

Rahul Kumar Bhadani
The University of Arizona

  • FiO 3 Quantum Electronics
Plotting the Stability Boundary of Cnoidal Waves in Microresonators
JM6B.31
Plotting the Stability Boundary of Cnoidal Waves in Microresonators

Logan Courtright
University of Maryland, Baltimore County

  • FiO 2 Optical Interactions
Spectral Characterization of Light Source using Photonic Crystal Cavity
JTu1A.1
Spectral Characterization of Light Source using Photonic Crystal Cavity

Naresh Sharma
Indian Institute of Technology Kanpur

  • FiO 1 Fabrication
  • Design and Instrumentation
Auto-phase-locked Time-gated Luminescence Detection System for Spectrally Resolved Luminescence Lifetime Detection
JTu1A.2
Auto-phase-locked Time-gated Luminescence Detection System for Spectrally Resolved Luminescence Lifetime Detection

Qisheng Deng
Huazhong Univ of Science and Technology

  • FiO 1 Fabrication
  • Design and Instrumentation
Photonic Crystal Based Ultra-Sensitive Interferometric Nanometer Displacement Sensor
JTu1A.3
Photonic Crystal Based Ultra-Sensitive Interferometric Nanometer Displacement Sensor

Snehashis Sadhukhan
University of Calcutta

  • FiO 1 Fabrication
  • Design and Instrumentation
Tailoring complex refractive index of hydrogenated amorphous silicon for dielectric metasurfaces
JTu1A.5
Tailoring complex refractive index of hydrogenated amorphous silicon for dielectric metasurfaces

Younghwan Yang
POSTECH, University

  • FiO 1 Fabrication
  • Design and Instrumentation
Scattering Paths in Test Optical Bench for LISA Mission
JTu1A.6
Scattering Paths in Test Optical Bench for LISA Mission

Marco Nardello
OCA

  • FiO 1 Fabrication
  • Design and Instrumentation
Detection of Crack in Plywood Using Digital Holography Interferometry
JTu1A.7
Detection of Crack in Plywood Using Digital Holography Interferometry

Lavlesh Prajapati
CSIR-Central Scientific Instruments Orga

  • FiO 1 Fabrication
  • Design and Instrumentation
High-Speed Detection of Directional Scattering for Nanolocalization
JTu1A.8
High-Speed Detection of Directional Scattering for Nanolocalization

Paul Beck
Max Planck Institute for the Science of Light

  • FiO 1 Fabrication
  • Design and Instrumentation
Sampling of Wavefront Aberrations using a Digital Micromirror Device
JTu1A.9
Sampling of Wavefront Aberrations using a Digital Micromirror Device

Daniya Thomas
University College Dublin

  • FiO 1 Fabrication
  • Design and Instrumentation
Low cost coating of high refractive index multilayer TiO2 film for improved photonic applications
JTu1A.12
Low cost coating of high refractive index multilayer TiO2 film for improved photonic applications

Soham Lodh
University of Calcutta

  • FiO 1 Fabrication
  • Design and Instrumentation
A Study on the Fabrication of High Quality Epitaxial p-Type ZnO Thin Film Using the Radio Frequency Sputtering and Annealing
JTu1A.14
A Study on the Fabrication of High Quality Epitaxial p-Type ZnO Thin Film Using the Radio Frequency Sputtering and Annealing

Yebin Im
Korea Polytechnic University

  • FiO 1 Fabrication
  • Design and Instrumentation
Microwave Photonic Waveform Generation Based on Multi-wavelength Control
JTu1A.15
Microwave Photonic Waveform Generation Based on Multi-wavelength Control

Zhang Zhu
Shanghai Jiaotong University

  • FiO 2 Optical Interactions
Novel Beam Shaping Based All Optical Measurement Method For Free Charge Carriers Dynamics in Silicon
JTu1A.17
Novel Beam Shaping Based All Optical Measurement Method For Free Charge Carriers Dynamics in Silicon

Maor Tiferet
Bar Ilan University - Faculty of Engenee

  • FiO 2 Optical Interactions
Theoretical analysis of the influence of loss position and pump power on the efficiency and oscillation spectrum in the oscillator of a mode-locked laser
JTu1A.19
Theoretical analysis of the influence of loss position and pump power on the efficiency and oscillation spectrum in the oscillator of a mode-locked laser

Hiro Ashizawa
Univ of Fukui

  • FiO 2 Optical Interactions
High Efficiency Hemispherical Short Cavity Laser Direct Pumped by Great-Astigmatism Laser Diode
JTu1A.20
High Efficiency Hemispherical Short Cavity Laser Direct Pumped by Great-Astigmatism Laser Diode

Qiyao Han
University of Fukui

  • FiO 2 Optical Interactions
Quantifying Non-Markovian Spontaneous Emission Dynamics near a MoS2 Nanodisk
JTu1A.22
Quantifying Non-Markovian Spontaneous Emission Dynamics near a MoS2 Nanodisk

Emmanuel Paspalakis
University of Patras

  • FiO 3 Quantum Electronics
Realization of strong far-field two-photon correlation in a transverse degree of freedom
JTu1A.23
Realization of strong far-field two-photon correlation in a transverse degree of freedom

Abhinandan Bhattacharjee
Indian Institute of Technology Kanpur

  • FiO 3 Quantum Electronics
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