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A Novel Nanolaser Using Gain Metamaterial Waveguide
JTu1A.127
A Novel Nanolaser Using Gain Metamaterial Waveguide

Ehab Awad
King Saud University

  • FiO 5 Photonic Integrated Devices and Applications
Airy Pulse in External Harmonic Potential
JTu1A.128
Airy Pulse in External Harmonic Potential

Deependra Gaur
Indian Institute of Technology Roorkee

  • FiO 3 Quantum Electronics
Spectral reshaping of partial-width Bragg-grating inside SOI core waveguide
JTu1A.129
Spectral reshaping of partial-width Bragg-grating inside SOI core waveguide

Ehab Awad
King Saud University

  • FiO 5 Photonic Integrated Devices and Applications
0.5 Mbps photonic logic gates based on a pair of micro-ring resonators
JTu1A.130
0.5 Mbps photonic logic gates based on a pair of micro-ring resonators

Nazym Alipbayeva
Nazarbayev University

  • FiO 5 Photonic Integrated Devices and Applications
An Optical Tactile Sensor with Liquid Lens Mechanism
JTu1A.131
An Optical Tactile Sensor with Liquid Lens Mechanism

Lihui Wang
Institute of Semiconductors, Guangdong Academy ...

  • FiO 5 Photonic Integrated Devices and Applications
Simulating Satellite Quantum Key Distribution Links: Analytical Model and Software Tool
JTu1A.132
Simulating Satellite Quantum Key Distribution Links: Analytical Model and Software Tool

Andrea Stanco
University of Padova

  • FiO 4 Fiber Optics and Optical Communications Photonics
Investigation of proximity effects in subwavelength light funnel arrays using near-field optical microscopy
JTu1A.133
Investigation of proximity effects in subwavelength light funnel arrays using near-field optical microscopy

Ankit Chauhan
Ben Gurion university of the Negev

  • FiO 5 Photonic Integrated Devices and Applications
3D Scanning of Oil Paintings
JTu1A.134
3D Scanning of Oil Paintings

Vadim Parfenov
St.Petersburg Electrotechnical University

  • FiO 7 Information Acquisition
  • Processing and Display
Slow light effect in corrugated parallel plate terahertz plasmonic waveguide
JTu1A.135
Slow light effect in corrugated parallel plate terahertz plasmonic waveguide

K. M. Dhriti
IIT Guwahati

  • FiO 5 Photonic Integrated Devices and Applications
Optical binding at low frequencies based on graphene surface plasmon excitations
JTu1A.136
Optical binding at low frequencies based on graphene surface plasmon excitations

Mauro Cuevas
CONICET

  • FiO 5 Photonic Integrated Devices and Applications
Exceptional Surface Applied to Absorption Sensing
JTu1A.137
Exceptional Surface Applied to Absorption Sensing

Martino De Carlo
Politecnico di Bari

  • FiO 5 Photonic Integrated Devices and Applications
Usability of 3D Models Generated Using Optic Historical Images in Cultural Heritage Documentation Studies
JTu1A.138
Usability of 3D Models Generated Using Optic Historical Images in Cultural Heritage Documentation Studies

Irem Yakar
Istanbul Technical University

  • FiO 7 Information Acquisition
  • Processing and Display
Second Harmonic Generation Spectroscopy in Silver Nanorods-Based Hyperbolic Metamaterials
JTu1A.139
Second Harmonic Generation Spectroscopy in Silver Nanorods-Based Hyperbolic Metamaterials

Irina Malysheva
Lomonosov Moscow State University

  • FiO 5 Photonic Integrated Devices and Applications
Surface Plasmon Polaritons in Lanthanum Nickelate and Barium Titanate at telecommunication Frequencies
JTu1A.140
Surface Plasmon Polaritons in Lanthanum Nickelate and Barium Titanate at telecommunication Frequencies

Shayla Breedlove
University of Florida

  • FiO 5 Photonic Integrated Devices and Applications
Effects of Lossy Chiral Interface on Power Coefficients for Electromagnetic Plane Wave Propagation across an Achiral/Chiral Boundary
JTu1A.141
Effects of Lossy Chiral Interface on Power Coefficients for Electromagnetic Plane Wave Propagation across an Achiral/Chiral Boundary

Monish Chatterjee
University of Dayton

  • FiO 5 Photonic Integrated Devices and Applications
QPSK-pilot Aided DSP for Single-carrier High-order Modulation Formats
JTu1A.142
QPSK-pilot Aided DSP for Single-carrier High-order Modulation Formats

Liang Junpeng
ZTE Company

  • FiO 4 Fiber Optics and Optical Communications Photonics
A Highly-Efficiency NIR Plasmonic Long-Wavelength Cut-Off Filter based on Stepped Impedance Resonators
JTu1A.143
A Highly-Efficiency NIR Plasmonic Long-Wavelength Cut-Off Filter based on Stepped Impedance Resonators

Seyed Morteza Ebadi
Mid Sweden University

  • FiO 5 Photonic Integrated Devices and Applications
Angular Coding Evaluation for Pixelated Holographic Near-Eye Display
JW7A.1
Angular Coding Evaluation for Pixelated Holographic Near-Eye Display

Christophe Martinez
CEA Leti

  • FiO 7 Information Acquisition
  • Processing and Display
High-Q Floquet Defect Mode Resonance in a Microring Floquet Topological Insulator
JW7A.2
High-Q Floquet Defect Mode Resonance in a Microring Floquet Topological Insulator

Shirin Afzal
University of Alberta

  • FiO 3 Quantum Electronics
Experimental Observation of Self-Focusing in Ferrofluid-Based Hyperbolic Metamaterials
JW7A.3
Experimental Observation of Self-Focusing in Ferrofluid-Based Hyperbolic Metamaterials

Vera Smolyaninova
Towson University

  • FiO 3 Quantum Electronics
DLCNN: A High-Resolution Computer-Generated Hologram Technology Based on Deep Learning
JW7A.4
DLCNN: A High-Resolution Computer-Generated Hologram Technology Based on Deep Learning

Xinwei Wang
College of Science, China University of Petrole...

  • FiO 7 Information Acquisition
  • Processing and Display
Dynamic Speckle Metrology with Normalized Processing of Compressed Data
JW7A.5
Dynamic Speckle Metrology with Normalized Processing of Compressed Data

Elena Stoykova
Institute of Optical Materials and Technologies...

  • FiO 1 Fabrication
  • Design and Instrumentation
Suppression of the Transfer Efficiency for a Noisy Path-Entangled Single Photon in the LH1-RC Unit
JW7A.6
Suppression of the Transfer Efficiency for a Noisy Path-Entangled Single Photon in the LH1-RC Unit

Ethan Wyke
University of the West Indies

  • FiO 3 Quantum Electronics
Super-resolution of two unbalanced sources
JW7A.7
Super-resolution of two unbalanced sources

Xiao-Feng Qian
Stevens Institute of Technology

  • FiO 7 Information Acquisition
  • Processing and Display
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