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Fiber-Based Transceiver Design for Improved Reception in Free-Space Optical Communication Systems
JW7A.107
Fiber-Based Transceiver Design for Improved Reception in Free-Space Optical Communication Systems

Julijanas Zeludevicius
Center for Physical Sciences and Technology

  • FiO 4 Fiber Optics and Optical Communications Photonics
Plasmonic Band Shift in Gold Nanoparticles During the Phase Separation in Glass
JW7A.108
Plasmonic Band Shift in Gold Nanoparticles During the Phase Separation in Glass

Georgiy Shakhgildyan
Mendeleev University of Chemical Technology of ...

  • FiO 5 Photonic Integrated Devices and Applications
Soliton Solutions for the Nonlinear Schrodinger Equation with Kerr Nonlinearity
JW7A.109
Soliton Solutions for the Nonlinear Schrodinger Equation with Kerr Nonlinearity

Angela Jia
The Harker School

  • FiO 4 Fiber Optics and Optical Communications Photonics
Label-free Interferometric Scattering Imaging of Molecular Fluctuation Predicts Fluorescence Nuclear Microscope Images
JW7A.110
Label-free Interferometric Scattering Imaging of Molecular Fluctuation Predicts Fluorescence Nuclear Microscope Images

Yi-Teng Hsiao
Academia Sinica

  • FiO 6 Optics in Biology
  • Medicine
  • Vision
  • and Color
Designable Light Source for High Quality Ghost Imaging
JW7A.111
Designable Light Source for High Quality Ghost Imaging

Dongxu Zhou
Nankai University

  • FiO 1 Fabrication
  • Design and Instrumentation
Ultrafast optically-induced melting of trimer clusters in 1T'-TaTe2
JW7A.112
Ultrafast optically-induced melting of trimer clusters in 1T'-TaTe2

Robert Kaindl
Lawrence Berkeley National Laboratory

  • Laser Science Categories
On the efficacy of classical deep learning methods on quantum information science
JW7A.113
On the efficacy of classical deep learning methods on quantum information science

Sanjaya Lohani
IBM-HBCU Quantum Center, Howard University

  • FiO 3 Quantum Electronics
Optical Steganography using Phase Encoding of Coherent States in a Noisy Thermal Channel
JW7A.114
Optical Steganography using Phase Encoding of Coherent States in a Noisy Thermal Channel

Rishabh Jain
Information Sciences Institute

  • FiO 7 Information Acquisition
  • Processing and Display
FPGA Control Module for Quantitative Differential Phase Contrast Microscope
JW7A.115
FPGA Control Module for Quantitative Differential Phase Contrast Microscope

Yen-Chih Yu
Institute of Nano Engineering and Microsystems,...

  • FiO 1 Fabrication
  • Design and Instrumentation
Localized Surface Plasmon Resonance Biosensor
JW7A.116
Localized Surface Plasmon Resonance Biosensor

Bala Bangi
DIT UNIVERSITY

  • FiO 1 Fabrication
  • Design and Instrumentation
Phase-stepped electronic speckle pattern interferometry by polarizing modulation
JW7A.117
Phase-stepped electronic speckle pattern interferometry by polarizing modulation

Juan M. Islas Islas
Universidad Tecnológica de Tulancingo

  • FiO 1 Fabrication
  • Design and Instrumentation
Simple self-interference microscope design with geometric phase lens and polarization camera
JW7A.118
Simple self-interference microscope design with geometric phase lens and polarization camera

Nikolai Petrov
ITMO University

  • FiO 1 Fabrication
  • Design and Instrumentation
Propagation Invariant Features of Aberration Laser Beams in a Turbulent Media
JW7A.120
Propagation Invariant Features of Aberration Laser Beams in a Turbulent Media

VASU DEV
Indian Institute of Technology Ropar

  • FiO 2 Optical Interactions
Revisiting the Photonic Spin-Hall Effect upon Reflection and Refraction
JW7A.121
Revisiting the Photonic Spin-Hall Effect upon Reflection and Refraction

Zan Zhang
Hengyang Normal University

  • FiO 3 Quantum Electronics
Erbium Doped Tapered Fiber for Generation of MW Level Peak Power Femtosecond Pulses at 1530 nm Wavelength
JW7A.122
Erbium Doped Tapered Fiber for Generation of MW Level Peak Power Femtosecond Pulses at 1530 nm Wavelength

AASHISH KUMAR
Indian Institute of Technology

  • FiO 4 Fiber Optics and Optical Communications Photonics
Viewing Label-free White Blood Cells Using Phase-only Spatial Light Modulator
JW7A.123
Viewing Label-free White Blood Cells Using Phase-only Spatial Light Modulator

Reham Hamdy
National Institute for Standards

  • FiO 6 Optics in Biology
  • Medicine
  • Vision
  • and Color
Evaluation of Light Penetration for Photoacoustic Macroscale Imaging in Rat Organs
JW7A.124
Evaluation of Light Penetration for Photoacoustic Macroscale Imaging in Rat Organs

Guo Heng
University of Electronic Science and Technology...

  • FiO 6 Optics in Biology
  • Medicine
  • Vision
  • and Color
Surface Plasma Wave Propagation over a Thin Metal Foil in the presence of a magnetic field and Excitation by Laser
JW7A.125
Surface Plasma Wave Propagation over a Thin Metal Foil in the presence of a magnetic field and Excitation by Laser

Swati Saxena
Samrat Ashok Technological Institute

  • Laser Science Categories
Photodamage Reduction on Harmonic Generation Microscopy at Low-Level Optical Power based on Deep Learning
JW7A.126
Photodamage Reduction on Harmonic Generation Microscopy at Low-Level Optical Power based on Deep Learning

Yi Shen
National Tsing Hua University

  • FiO 6 Optics in Biology
  • Medicine
  • Vision
  • and Color
Design Methodology of a Waveguide Coupled Surface Plasmon Resonance based Sensor using Poynting Vector Analysis
JW7A.127
Design Methodology of a Waveguide Coupled Surface Plasmon Resonance based Sensor using Poynting Vector Analysis

HIMANSHU KUSHWAH
Keshav Mahavidyalaya, University of Delhi

  • FiO 5 Photonic Integrated Devices and Applications
Controlling wave phases in curved space for light
JW7A.129
Controlling wave phases in curved space for light

Yangjie Liu
Hubei University

  • FiO 3 Quantum Electronics
Enhanced-Genetic-Algorithm-Based Absorption Performance Optimization of Epsilon-Near-Zero Multilayer
JW7A.131
Enhanced-Genetic-Algorithm-Based Absorption Performance Optimization of Epsilon-Near-Zero Multilayer

Yuqing Wang
Peking University

  • FiO 5 Photonic Integrated Devices and Applications
MIM Plasmonic Waveguide for Absorption Spectroscopy
JW7A.132
MIM Plasmonic Waveguide for Absorption Spectroscopy

Brajraj Singh
Mody University of Science and Technology, La...

  • FiO 5 Photonic Integrated Devices and Applications
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