A&T 1 Biomedical Applications
Shamsul Arafin,
Ohio State University,
United States
Photonic Integrated Circuits at MWIR and Green Wavelengths for Biomedical Applications
Bingying Chen,
University of Texas Southwestern,
United States
Oblique Plane Microscopy, Structured Illumination Microscopy
Zach Marin,
UT Southwestern Medical Center at Dallas,
United States
Autonomous Light-Sheet Microscopy
Euan McLeod,
University of Arizona,
United States
Lensfree Nanoscopic Imaging and Sensing
Benjamin Miller,
University of Rochester,
United States
A Disposable Photonics Approach to Sensors for Diagnostics and Drug Discovery
Yu Yao,
Arizona State University,
High-speed Compact Muller Matrix Microscope Based on Metasurfaces for Bioapplications
Shuwen Zeng,
French National Centre for Scientific Re,
France
Ultra-sensitive Plasmonic Biosensors Based on Two-dimensional Nanomaterials-enhanced Phase Singularity
A&T 2 Laser-based Manufacturing, Machining and Nanoprinting
David Bruneel,
Lasea,
Femtosecond Lasers for High Productivity
Godai Miyaji,
Tokyo Univ of Agriculture and Technology,
Japan
Fine-periodic Nanostructure Formation on Solids with Few-cycle Femtosecond Laser Pulses
Aiko Narazaki,
Natl Inst of Adv Industrial Sci & Tech,
Japan
Data-driven Ultrashort Pulse Laser Processing of Glass Materials Toward Stable and High-throughput Manufacturing
A&T 3 Optical Instrumentation for Measurements and Monitoring
Benjamin Eggleton,
University of Sydney,
Australia
Vital Sign Detection with Broadband Photonic Radar
Kristinn Gylfason,
Kungliga Tekniska Hogskolan,
Sweden
Photonic Waveguide Based Gas Sensors
Jean-Pierre van Helden,
Leibniz Inst Plasma Science & Technology,
Germany
High-Resolution Dual-Comb Spectroscopy
A&T 4 Environmental Sensing Applications of Optical Measurements and Instrumentation
Arup Chakraborty,
Indian Inst of Technology, Gandhinagar,
India
Tunable Diode Laser Spectroscopy As a Potent Technology to Meet the Challenges of Air Quality Monitoring in India
Ashim Dhakal,
PHUTUNG RESEARCH INSTITUTE,
Nepal
Low-cost and Realtime Detection of Bacterial Contamination in Drinking Water: How to Improve Specificity ?
William (Mint) Kunkel,
Bridger Photonics, Inc,
United States
Aerial Gas Mapping LiDAR for Methane Emission Source Localization, Quantification, and Large Scale Statistical Characterization
Pablo Sobron,
Washington University,
From Starlight to Seafloor: Space-Tech’s Leap in Rapid Environmental Sensing for Net-Zero.
Alexander Spott,
University of California Santa Barbara,
United States
Silicon Photonics Across the Infrared for Ultra Compact Sensors
Rui Yang,
University of Oklahoma,
United States
Mid-infrared Interband Cascade Devices for Sensing Applications
A&T 5 Quantum Technology in Transition
Elizabeth Donley,
National Inst of Standards & Technology,
United States
An update on International Work Toward Redefining the SI Second
Barbara Goldstein,
NIST,
United States
NIST on Chip Program Overview
Thomas Kornack,
TWINLEAF LLC,
United States
Magnetometer
Robert McConnell,
Massachusetts Inst of Tech Lincoln Lab,
United States
Integrated Technologies for Miniaturized Trapped-ion Quantum Sensors
William McGehee,
NIST,
United States
Toward Long-term Stability in Chip-scale Atomic Beam Clocks
Vincent Menoret,
exail,
France
Quantum Inertial Sensors for Field Applications
Judith Olson,
Infleqtion (ColdQuanta Labs),
United States
Tiqker: the Commercial Optical Atomic Clock
Ethan Pratt ,
SandboxAQ,
United States
Magnetocardiography (MCG) in the hospital Emergency Department
James Shaffer,
Quantum Valley Ideas Lab,
Canada
Radio Frequency Measurement with Rydberg Atom-Based Sensors
Lisa Woerner,
DLR,
Germany
Quantum Sensors for Space Exploration
A&T 6 Advances in Semiconductor Technology
Mikhail Belkin,
Technische Universität Munchen,
Germany
Mid-infrared Photonic Integration and Nonlinear Optics on InP
Tin Komljenovic,
Nexus Photonics, Inc,
United States
Heterogeneous Photonics in Visible and Beyond
Kei May Lau,
Hong Kong Univ of Science & Technology,
Hong Kong
Contributions to III-V Compound Semiconductor Heterostructure Materials and Devices
Xian Xiao,
Hewlett Packard Enterprise,
United States
Tensorized Optical Neural Networks and Their Applications