The Annual Conference of the IEEE Photonics Society

28 September - 1 October 2020 • Virtual Conference IPC www.ieee-ipc.org

General Chair: Program Chair: Member-at-Large: Zetian Mi, Christina Lim, Dominique Dagenais, University of Michigan, Ann Arbor The University of Melbourne National Science Foundation

Program Vice-Chair: Weidong Zhou, University of Texas, Arlington IEEE Photonics Conference 28 Sep - 01 Oct 2020

9am MB1.2 - Measuring the Multimode Fiber Transmission Matrix from Monday, 28 September only the Proximal Side » Szu-Yu Lee (United States)1, Vicente Parot (United States)1, Brett 1 1 8:15am Welcome Remarks Bouma (United States) , Martin Villiger (United States) (1. Wellman Center for Photomedicine) Chaired by: Zetian Mi (United States) and CARMEN MENONI (United States) 9:15am MB1.3 - Amplitude division aperture synthesis optical coherence tomography » Linbo Liu (Singapore)1, Xin Ge (Singapore)1, En Bo (Singapore)1, Si 8:30am SS MLPS 1 - Chen (Singapore)1 (1. School of EEE, Nanyang Technological University) MA1 - Machine Learning in Photonics Systems I (Machine Learning for Optical Devices Design) 9:30am Chaired by: Keisuke Kojima (United States) and Alan Pak-Tao Lau (Hong MB1.4 - 3D Fluorescence Imaging with a Computational Kong) Mesoscope » Yujia Xue (United States)1, Ian Davison (United States)1, David Boas (United States)1, Lei Tian (United States)1 (1. Boston University) 8:30am MA1.1 (Invited) - Design of Photonic Crystal Cavities Using Deep Neural Networks » Takashi Asano (Japan)1 (1. Kyoto University) 9:45am MB1.5 - Jolab: A free software to simulate light propagation in optical systems 9am MA1.2 (Invited) - Metasurfaces, Metadevices, and Metasystems: » Dylan M. Marques (United Kingdom)1, James Guggenheim (United Hierarchical Photonics via Machine Learning Kingdom)1, Peter R. T. Munro (United Kingdom)1 (1. University College » Wenshan Cai (United States)1 (1. Georgia Institute of Technology) London (UCL))

9:30am MA1.3 - Ultra-compact Design of Power Splitters via Machine 8:30am NANO 1 - Learning MC1 - Metasurfaces and Plasmonic Nanostructures » Sourangsu Banerji (United States)1, Alex Hamrick (United States)1, Apratim Majumder (United States)1, Rajesh Menon (United States)1, Chaired by: Junsuk Rho (Korea, Republic of) and Qing Gu (United States) Berardi Sensale-Rodriguez (United States)1 (1. University of Utah) 8:30am MC1.2 - Inverse design of plasmonic metasurfaces by 8:30am BIO 1 - convolutional neural network MB1 - Computational Imaging and Simulation » Ronghui Lin (Saudi Arabia)1, Yanfen Zhai (Saudi Arabia)1, Chenxin 1 1 Chaired by: Martin Villiger (United States) and Peter R. T. Munro (United Xiong (Saudi Arabia) , Xiaohang Li (Saudi Arabia) (1. KAUST) Kingdom)

8:45am MC1.3 - Tip-Enhanced Photoluminescence in Picocavity 8:30am MB1.1 (Invited) - Optical imaging of a mouse brain through an intact skull with an ideal diffraction-limited resolution » Hana Hrim (United States)1, Sharad Ambardar (United States)1, 1 1 » Wonshik Choi (Korea, Republic of)1 (1. Center for Molecular Michael Musto (United States) , Dmitri Voronine (United States) (1. Spectroscopy and Dynamics, Institute for Basic Science) University of South Florida)

Powered by Ex Ordo, everything you need to run a research conference. Page 1 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 8:30am SS OFC 1 - ME1 - SS OFC 1 Chaired by: Majid Ebrahim-Zadeh (Spain) and Chaitanya Kumar MC1.4 - Unidirectional Narrowband Perfect Absorption in Quasi- 9am Suddapalli (Spain) random Structures - Interplay of Gap States and Tamm Plasmon Modes » Nitish Kumar Gupta (India)1, Anjani Kumar Tiwari (India)1, 8:30am ME1.2 - Ultra-Flat Electro-Optic Optical Frequency Comb Harshawardhan Wanare (India)1, S. Anantha Ramakrishna (India)1 (1. Generation Based on Backward Feedback Remodulation Indian Institute of Technology Kanpur) » Sang-Pil Han (Korea, Republic of)1, Jaegyu Park (Korea, Republic of)1, Sungil Kim (Korea, Republic of)1, Minhyup Song (Korea, Republic of)1 (1. 9:15am MC1.5 - Active Chiral Metamaterials for Tunable Chiroptical Electronics and Telecommunications Research Institute (ETRI)) Coupling and Valley Dynamics 1 1 » Zilong Wu (United States) , Yuebing Zheng (United States) (1. the 8:45am ME1.3 - High-bandwidth readout of optomechanical cavity sensors university of texas at austin) with electro-optic frequency combs » Benjamin Reschovsky (United States)1, David Long (United States)1, 8:30am MWP / AVFOP 1 - Yiliang Bao (United States)1, Feng Zhou (United States)1, Richard Allen 1 1 MD1 - Integrated Microwave Photonics (United States) , Thomas LeBrun (United States) , Jason Gorman (United States)1 (1. National Institute of Standards and Technology, Chaired by: Richard DeSalvo (United States) and Ampalavanapillai Gaithersburg,) Nirmalathas (Australia)

8:30am MD1.1 (Invited) - Highly Integrated RF-Photonics for Low-SWaP 9am ME1.4 (Invited) - Optical Coherence Synthesizer with Optical Applications Frequency Comb 1 » Tony Kowalczyk (United States)1 (1. Lockheed Martin) » Kaoru Minoshima (Japan) (1. The University of Electro- Communications)

9am MD1.2 - Optical synchronization between a 300 GHz frequency comb and a 10 GHz chip-scale MLL 9:30am ME1.1 (Invited) - Synchronization of Microreosnator-Based » Ricardo Bustos-Ramirez (United States)1, Lawrence Trask (United Frequency Combs States)2, Ashish Bhardwaj (United States)3, Gloria Hoefler (United » Alexander Gaeta (United States)1 (1. University of Columbia) States)3, Fred Kish (United States)3, Peter Delfyett (United States)1 (1. CREOL, The College of Optics, University of Central Florida, 2. CREOL, 3. Infinera Corporation) 8:30am OMND 1 - MF1 - Novel and Nonlinear Devices 9:15am MD1.3 - Towards Integrated RF Photodetector-Antenna Emitters in Chaired by: Antonio Hurtado (United Kingdom) and William Loh (United Silicon Photonics States) » Bahaa Radi (Canada)1, Ajaypal Singh Dhillon (Canada)1, Odile 1 Liboiron-Ladouceur (Canada) (1. Department of Electrical and 8:30am MF1.1 - Hybrid silicon MOS optoelectronic memristor with non- Computer Engineering, McGill University) volatile memory » Bassem Tossoun (United States)1, Xia Sheng (United States)1, John 9:30am MD1.4 (Invited) - Microwave Integrated Photonics Paul Strachan (United States)1, Di Liang (United States)1, Raymond G. » Stephen Ralph (United States)1 (1. Georgia Tech) Beausoleil (United States)1 (1. Hewlett Packard Enterprise)

Powered by Ex Ordo, everything you need to run a research conference. Page 2 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 9:30am MG1.3 - First Real-Time Demonstration of Probabilistic Shaping 400G Transmission Enabling High-Performance Pluggable Module Applications 8:45am MF1.2 - Efficient second harmonic generation in a doubly resonant » Alejandro Castrillon (Argentina)1, Hai Xu (United States)1, Damian photonic crystal cavity based on a bound state in the continuum Morero (Argentina)1, Alfredo Taddei (Argentina)1, Martin Asinari » Jun Wang (Switzerland)1, Marco Clementi (Italy)2, Andrea Barone (Argentina)1, Shu Hao Fan (United States)1, Hammad Ansari (United (Italy)2, Momchil Minkov (United States)3, Jean-François Carlin States)1, Shih-Cheng Wang (United States)1, Kiran Puttegowda (United (Switzerland)1, Nicolas Grandjean (Switzerland)1, Shanhui Fan (United States)1, Mario Hueda (Argentina)1 (1. Inphi Corporation) States)3, Romuald Houdre (Switzerland)1, Dario Gerace (Italy)2, Matteo Galli (Italy)2 (1. Ecole Polytechnique Fédérale de Lausanne, 2. Università di Pavia, 3. Stanford University) 9:45am MG1.4 - Hyperscale Data Center Networks with Interconnected Transparent Island Architecture 9am MF1.3 - A model for electro-optic response of slow-light silicon » Md Nooruzzaman (Canada)1, Xavier Fernando (Canada)1 (1. Ryerson photonic modulators with lumped electrodes University) » Omid Jafari (Canada)1, Wei Shi (Canada)1, Sophie LaRochelle (Canada)1 (1. Centre d’optique, photonique et laser, Université Laval) 8:30am OI 1 - MH1 - Optical Interconnect Solutions I 9:15am MF1.4 - TM-Pass Polarizer for Ultradense High-Performance Photonic Integrated Circuits Chaired by: Jaime Cardenas (United States) » Nikhil Dhingra (India)1, Francesco Dell'Olio (Italy)2 (1. University of Delhi South Campus, 2. Polytechnic University of Bari) 8:30am MH1.1 (Invited) - Advancements in Silicon Photonics Integrated Circuits for High Density Optical Interconnects 9:30am MF1.5 (Invited) - Stabilized Quantum Entanglement via Cavity » Yuliya Akulova (United States)1 (1. Intel Corporation) Optomechanics » Aashish Clerk (United States)1 (1. The University of Chicago) 9am MH1.2 - 160Gb/s optical link using Quantum-Dot comb laser source and SiGe APD 8:30am OCN 1 - » SUDHARSANAN SRINIVASAN (United States)1, Bassem Tossoun MG1 - High-speed Transport Networks (United States)1, Geza Kurczveil (United States)1, Zhihong Huang Chaired by: Takehiro Tsuritani (Japan) and Hai-Han Lu (Taiwan) (United States)1, Di Liang (United States)1, Raymond G. Beausoleil (United States)1 (1. Hewlett Packard Enterprise) 8:30am MG1.1 (Invited) - Converged Transport Networks for 5G 1 1 » Jörg-Peter Elbers (Germany) , Jim (Shihuan) Zou (Germany) (1. ADVA) 9:15am MH1.3 - A Chip-level Optical Interconnect for CPU » Qinfen Hao (China)1, Kai Hao (China)2, Haiyun Xue (China)3, Meng Han 9am MG1.2 (Invited) - Ultra-Wideband Optical Transmission System (China)4, Nan Qi (China)2, Kunming Zhang (China)1, Xingmao Niu Applying Optical Wavelength Conversion Technology (China)3, Limin Xiao (China)4, Dongrui Fan (China)1 (1. Institute of » Goji Nakagawa (Japan)1, Tomohiro Yamauchi (Japan)1, Tomoyuki Kato Computing Technology, Chinese Academy of Sciences, 2. Institute of (Japan)1, Shigeki Watanabe (Japan)1, Hidenobu Muranaka (Japan)1, Yu Semiconductors, Chinese Academy of Sciences, 3. Institute of Tanaka (Japan)1, Yuichi Akiyama (Japan)1, Takeshi Hoshida (Japan)1 (1. Microelectronics, Chinese Academy of Sciences, 4. School of Computer Fujitsu Limited) Science and Engineering, Beihang University)

Powered by Ex Ordo, everything you need to run a research conference. Page 3 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 11am MA2.2 (Invited) - Deep Learning-enabled Computational Microscopy and Sensing » Aydogan Ozcan (United States)1 (1. UCLA) 9:30am MH1.4 - 800 Gb/s Silicon Photonic Transmitter for Co-Packaged Optics » Dylan Logan (Canada)1, Simon Gebrewold (Germany)2, Kyle Murray 11:30am MA2.3 - Automated Monitoring for Optical Coherence (Germany)2, Arnab Dewanjee (Canada)1, Edgar Huante-Ceron (Canada) Tomography-based Biosensing Using Deep Learning 1, Dave Kim (Canada)1, Anthony Baker (Canada)1, Markus Kukiela » Heejong Kim (United States)1, Chun-Nam Yu (United States)2, William (Germany)2, Franc Znidarsic (Germany)2, Mike Koehler (Germany)2, Kennedy (United States)2, Michael S. Eggleston (United States)2, James Whiteaway (Germany)2, Rong Chen (Canada)1, Claus Dorschky Shreyas Shah (United States)2 (1. New York University, 2. Nokia Bell (Germany)2, Georg ROELL (Germany)2 (1. Ranovus Inc., 2. Ranovus Labs) GmbH) 11:45am MA2.4 - High throughput morphology-based cell screening by 9:45am MH1.5 - Hyperscale Integrated Optical and Photonic Interconnect reservoir computing Platform » Ning Jing (China)1, Chao Wang (United Kingdom)2 (1. North University » Richard Pitwon (United Kingdom)1, William Whelan-Curtin (Ireland)2, of China, 2. University of Kent) Kazuhiko Kurata (Japan)3, Bernard Lee (China)4, Tiger Ninomyia (United States)4 (1. Resolute Photonics Ltd, 2. Cork Institute of Technology, 3. AIO Core, 4. Senko Advanced Components) 10:30am BIO 2 - MB2 - Microscopy 8:30am MI1 - QPIT Tutorial & Quantum Computation Chaired by: Dongkyun Kang (United States) and Jung Park (Korea, Chaired by: Xiongfeng Ma (China) and Michael Brodsky (United States) Republic of)

8:30am MI1.1 (Tutorial) - Distributed Quantum Computation - How Does it 10:30am MB2.1 (Invited) - Universal Light-sheet Generation with Field Scale? Synthesis 1 » Kae Nemoto (Japan)1, Michael Hanks (Japan)1, Nicolo Lo Piparo » Reto Fiolka (United States) (1. UT Southwestern) (Japan)1, Bill Munro (Japan)2 (1. National Institute of Informatics, 2. NTT) 11am MB2.2 - DMD-SIM combined with strobe illumination for spatially- variant enhancement of spatiotemporal resolution 9:30am MI1.2 - Quantum simulations with multiphoton number states » Taeseong Woo (Korea, Republic of)1, Su Hyun Jung (Korea, Republic » Magdalena Stobinska (Poland)1 (1. Institute of Theoretical Physics, of)1, Joo H. Kang (Korea, Republic of)1, Jung Park (Korea, Republic of)1 (1. University of Warsaw) Ulsan National Institute of Science and Technology)

10:30am SS MLPS 2 - 11:15am MB2.3 - Ultrasfast Wide-field Photoacoustic Microscopy of Small- MA2 - Machine Learning in Photonics Systems II (Machine Learning animal Models for Biomedical Optics) » Junjie Yao (United States)1 (1. Duke University) Chaired by: Alan Pak-Tao Lau (Hong Kong) and Darko Zibar (Denmark) 11:30am MB2.4 (Invited) - Combined orthogonal and non-orthogonal light- 10:30am MA2.1 (Invited) - Deep Learning and Biomedical Optics sheet microscopy for omniscale 3D imaging » Yongkeun Park (Korea, Republic of)1 (1. KAIST) » Adam Glaser (United States)1 (1. University of Washington)

Powered by Ex Ordo, everything you need to run a research conference. Page 4 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 11am MD2.2 - Optical Single Sideband Microwave Photonic Links Using Fiber Bragg Gratings » Justin Zobel (United States)1, Eric Konitzer (United States)1, Jean 10:30am NANO 2 - Kalkavage (United States)1, Thomas Clark (United States)1 (1. Johns MC2 - Detection and Sensing Hopkins University Applied Physics Laboratory) Chaired by: Parag Deotare (United States) and Noel Giebink (United States) 11:15am MD2.3 - Tunable and Reconfigurable Multiband Microwave Photonic Filter based on Optical Spectral Slicing » Ling Liu (China)1, Xian Jin (Canada)2, Lawrence Chen (Canada)2, Tigang 10:30am MC2.1 (Invited) - Multimodal Photodetectors in Pixel Arrays Ning (China)3 (1. Institute of Lightwave Technology,Beijing Jiaotong » Zongfu Yu (United States)1 (1. University of Wisconsin Madison) University, 2. Department of Electrical and Computer Engineering, McGill University, 3. Institute of Lightwave Technology Beijing Jiaotong University) 11am MC2.2 (Invited) - Hybrid Photonic-Plasmonic Systems for Controlling Photon Routing and Watching Chemistry 11:30am MD2.4 (Invited) - Photonic beamforming for communications » Randall Goldsmith (United States)1 (1. University of Wisconsin) satellites » Miguel Drummond (Portugal)1, Rui Oliveira (Portugal)1, Rogério Nogueira (Portugal)2 (1. Instituto de Telecomunicações, 2. Instituto de 11:30am MC2.3 - Self-erasable and rewritable photonic platform for anti- te) tamper hardware 1 1 » Che-Hsuan Cheng (United States) , Da Seul Yang (United States) , 10:30am SS OFC 2 - Jinsang Kim (United States)1, Parag Deotare (United States)1 (1. University of Michigan) ME2 - SS OFC 2 Chaired by: Peter Schunemann (United States) and Majid Ebrahim-Zadeh (Spain) 11:45am MC2.4 - Thermo-optical Tuning Effects in Photonic Nano-AFM Probe 10:30am ME2.1 (Invited) - Twenty Years of Optical Frequency Combs 1 1 » Mingkang Wang (United States) , Diego Perez-Morelo (United States) , 1 2 » Scott Diddams (United States) (1. Time and Frequency Division, Vladimir Aksyuk (United States) (1. Physical Measurement Laboratory, National Institute of Standards and Technology) National Institute of Standards and Technology, Gaithersburg, MD 20899, 2. Physical Measurement Laboratory, National Institute of Standards and Technology, Gaithersburg, MD 20899) 11am ME2.2 - Optical frequency comb divider for microwaves with 10-18 absolute instability » Takuma Nakamura (United States)1, Josue Davila-Rodriguez (United 10:30am MWP / AVFOP 2 - States)1, Holly Leopardi (United States)1, Jeff Sherman (United States)1, MD2 - Microwave Photonics Links and Signal Processing Tara Fortier (United States)1, Xiaojun Xie (United States)2, Joe Campbell 3 1 Chaired by: Daniel Nickel (United States) and Ed Ackerman (United States) (United States) , William McGrew (United States) , Xiaogang Zhang (United States)1, Youssef Hassan (United States)1, Daniele Nicolodi (United States)1, Kyle Beloy (United States)1, Andrew Ludlow (United 10:30am States)1, Scott Diddams (United States)1, Franklyn Quinlan (United MD2.1 (Invited) - Dynamic Range Enhancements through Co- 1 design of Electronic and Photonic ICs States) (1. Time and Frequency Division, National Institute of 1 Standards and Technology, 2. Department of Electrical and Computer » James Buckwalter (United States) (1. UC - Santa Barbara) Engineering, University of Virginia, 3. university of virginia)

Powered by Ex Ordo, everything you need to run a research conference. Page 5 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 11:30am MF2.4 - Mid-IR DFB Laser Stabilization and Characterization with Silicon Microresonator » Artem Shitikov (Russian Federation)1, Oleg Benderov (Russian 11:15am ME2.3 - Generation of Solitons and Platicons in Optical Federation)2, Nikita Kondratiev (Russian Federation)1, Valery Lobanov Microresonators with Backscattering (Russian Federation)1, Igor Bilenko (Russian Federation)1 (1. Russian » Valery Lobanov (Russian Federation)1, Nikita Kondratiev (Russian Quantum Center, Skolkovo, 2. Moscow Institute of Physics and Federation)1 (1. Russian Quantum Center, Skolkovo) Technology)

11:30am ME2.4 (Invited) - Soliton Microcombs: Physics and Applications 11:45am MF2.5 - Dithering of Semiconductor Ring Laser Gyro Using Period- One Oscillations » Kerry Vahala (United States)1 (1. California Institute of Technology) » Arpit Khandelwal (India)1 (1. Indian Institute of Technology Jodhpur)

10:30am OMND 2 - 10:30am OCN 2 - MF2 - Microresonator Lasers MG2 - High-performance Optical Systems and Networks Chaired by: Xu Yi (United States) and William Loh (United States) Chaired by: Fatima Gunning (Ireland) and Xin Jiang (United States)

10:30am MF2.1 (Invited) - Laser Cavity Solitons and Turing Patterns in Microresonator Filtered Lasers 10:30am MG2.1 (Invited) - High data-rate and long-distance transmission using multi-core fibers and amplifiers’ » Alessia Pasquazi (United Kingdom)1, Maxwell Rowley (United 1 1 Kingdom)1, Pierre-Henri Hanzard (United Kingdom)1, Hualong Bao » Ben Puttnam (Japan) , Ruben Soares Luis (Japan) , Georg 1 1 1 (United Kingdom)1, Antonio Cutrona (United Kingdom)1, Luana Olivieri Rademacher (Japan) , Yoshinari Awaji (Japan) , Naoya Wada (Japan) (1. (United Kingdom)1, Juan-Sebastian Totero-Gongora (United Kingdom)1, NICT) Marco Peccianti (United Kingdom)1, Sai Chu (Hong Kong)2, Roberto Morandotti (Canada)3, David Moss (Australia)4, Gian-Luca Oppo (United Kingdom)5 (1. Emergent Photonics (EPic) Lab, Dept. of Physics and 11am MG2.2 - Crosstalk Aware OAM Mode Selection for Space Division Astronomy, University of Sussex, BN1 9QH, Brighton,, 2. Department of Multiplexed Optical Networks Physics and Material Science, City University of Hong Kong, 3. Energy, » Rizan Homayoun Nejad (Canada)1, Mai Banawan (Canada)1, Leslie Materials and Telecommunications (EMT), Institut National de la Rusch (Canada)1 (1. Centre d’optique, photonique et laser, Université Recherche Scientifique (INRS), 4. Centre for Micro Photonics, Laval) Swinburne University of Technology, 5. University of Strathclyd)

11:15am MG2.3 - Combining simplified PAM4 and SDM to quadruple data 11am MF2.2 - Spit-Coupled O-Ring Lasers rate » Mitsunori Saito (Japan)1, Atsushi Kubota (Japan)1 (1. Ryukoku » Syed Murshid (United States)1, Engin Eyeceyurt (United States)1, University) Swaroopini Harish (United States)1, Bilas Chowdhury (United States)1 (1. Florida Institute of Technology)

11:15am MF2.3 - Multicolor laser oscillation in a single self-assembled colloidal quantum dot microsphere 11:30am MG2.4 (Invited) - Network Coding for Low-latency Applications » Pedro Alves (United Kingdom)1, Nicolas Laurand (United Kingdom)1, » Muriel Medard (United States)1 (1. Massachusetts Institute of Martin D. Dawson (United Kingdom)1 (1. University of Strathclyde) Technology (MIT))

Powered by Ex Ordo, everything you need to run a research conference. Page 6 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 10:30am MI2.1 - Arbitrary single-qubit transformations on a quantum frequency processor » Hsuan-Hao Lu (United States)1, Emma Simmerman (United States)2, 10:30am OI 2 - Pavel Lougovski (United States)2, Andrew Weiner (United States)1, MH2 - Optical Interconnect Solutions II Joseph Lukens (United States)2 (1. Purdue University, 2. Oak Ridge Chaired by: Judson Ryckman (United States) National Laboratory)

10:30am MH2.1 (Invited) - Monolithically co-integrated silicon photonics 10:45am MI2.2 - Progress Toward Generation of Spatially-Entangled Photon for 100 Gb/s PAM4 optical links Pairs in a Few-Mode Fiber » Marco Vitali (Germany)1, Danilo Bronzi (Germany)1, Christian Meuer » Afshin Shamsshooli (United States)1, Cheng Guo (United States)1, (Germany)1, Hanjo Rhee (Germany)1, Stefan Meister (Germany)1 (1. Michael Vasilyev (United States)2, Francesca Parmigiani (United Sicoya) Kingdom)3, Xiaoying Li (China)4 (1. Dept.of Electrical Engineering, University of Texas at Arlington Arlington, 2. Dept.of Electrical Engineering, University of Texas at Arlington, 3. Microsoft Research 11am Cambridge, 4. College of Precision Instruments and Opto-electronics MH2.2 - Multiple I/O photonic chip to fiber array packaging using Engineering, Key Laboratory of Opto-electronic Information Technical fusion splicing in a single shot Science of Ministry of Education, Tianjin University) » Juniyali Nauriyal (United States)1, Meiting Song (United States)1, Yi Zhang (United States)1, Jaime Cardenas (United States)1 (1. University of Rochester) 11am MI2.3 (Invited) - Quantifying Entanglement in Large Quantum Photonic Systems » Gregory Howland (United States)1 (1. Rochester Institute of 11:15am MH2.3 - Integrated Quadratic Reflectors for High-Performance Technology) Optical Interconnects » Shaolinang Yu (United States)1, Xiaoming Qiu (United States)1, Haijie 11:30am MI2.4 - Mapping quantum channel decoherence Zuo (United States)1, Xiaoxin Wang (United States)2, Xianchen Sun (United States)3, Jifeng Liu (United States)2, Tian Gu (United States)1, » Daniel E. Jones (United States)1, Gabriele Riccardi (Italy)2, Cristian Juejun Hu (United States)1 (1. Massachusetts Institute of Technology Antonelli (Italy)2, Michael Brodsky (United States)3 (1. U. S. Army (MIT), 2. Thayer School of Engineering, Dartmouth College, 3. LaXense, Research Laboratory, 2. University of L'Aquila, 3. U.S.) Inc)

11:45am MI2.5 - Bayesian reconstruction of biphoton frequency 11:30am correlations MH2.4 (Invited) - Production Level Si Photonics for Large-Scale 1 2 Optical Circuits » Emma Simmerman (United States) , Hsuan-Hao Lu (United States) , Andrew Weiner (United States)2, Joseph Lukens (United States)1 (1. Oak 1 » Bo Peng (United States) (1. Lightelligence Inc.) Ridge National Laboratory, 2. Purdue University)

10:30am QPIT 2 - 1:30pm SS MLPS 3 - MI2 - Entanglement Creation, Manipulation, Characterization MA3 - Machine Learning in Photonics Systems III (Machine Learning Chaired by: Sergey Polyakov (United States) and Michael Brodsky (United for Optical Systems) States) Chaired by: Darko Zibar (Denmark) and Keisuke Kojima (United States)

Powered by Ex Ordo, everything you need to run a research conference. Page 7 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 1:30pm MB3.1 (Tutorial) - The guided-mode resonance biosensor: Principles, models, and applications » Robert Magnusson (United States)1 (1. Dept. of Electrical Engineering, 1:30pm MA3.1 (Invited) - Optical Fiber Communication Systems Based on University of Texas at Arlington) End-to-End Deep Learning 1 2 » Boris Karanov (United Kingdom) , Mathieu Chagnon (Germany) , MB3.2 - Modeling and Analysis of Silicon Nitride (Si3N4) based 2 1 2:30pm Vahid Aref (Germany) , Domanic Lavery (United Kingdom) , Polina Opto Fluidic Sensor Bayvel (United Kingdom)1, Laurent Schmalen (Germany)3 (1. University » Manoranjan Kumar (India)1, Venkatesha Muniswamy (India)1, Sunil H College London (UCL), 2. Nokia Bell Labs, 3. Karlsruhe Institute of 1 2 Technology (KIT)) Kote (India) , Narayan K (India) (1. Sai vidya Institute of Technology, Bengaluru, India, 2. Sai Vidya Institute Of Technology, Bengauru)

2pm MA3.2 - Effectiveness of Machine Learning in Assessing QoT 2:45pm MB3.3 - Athermal Mach-Zehnder Interferometer with Impairments of Photonics Integrated Circuits to Reduce System Heterogeneous Cladding for Bio-Sensing Margin » Zakriya Mohammed (United States)1, Bruna Paredes (United Arab » Ihtesham Khan (Italy)1, Maryvonne Chalony (France)2, Enrico Ghillino Emirates)2, Mahmoud Rasras (United Arab Emirates)2 (1. New York (United States)3, Muhammad Umar masood (Italy)1, Jigesh Patel (United University-Tandon School of Engineering, 2. New York University Abu States)4, Dwight Richards (United States)5, Pablo Mena (United States)4, Dhabi) Paolo Bardella (Italy)1, Andrea Carena (Italy)1, Vittorio Curri (Italy)1 (1. Politecnico di Torino, 2. Light Tec SARL, 3. Synopsys, Inc.,, 4. Synopsys Inc.,, 5. The College of Staten Island) 1:30pm NANO 3 - MC3 - Quantum Nanophotonics Chaired by: Mercedeh Khajavikhan (United States) and Paul Barclay 2:15pm MA3.3 - Recurrent neural nets achieving MLSE performance in (Canada) bandlimited optical channels » Sai Chandra Kumari Kalla (Canada)1, Leslie Rusch (Canada)1 (1. Centre d’optique, photonique et laser, Université Laval) 1:30pm MC3.2 (Invited) - Nanophotonics for Quantum Information » Shuo Sun (United States)1 (1. JILA and University of Colorado Boulder)

2:30pm MA3.4 - Machine Learning for Modal Analysis MC3.3 - Coherence Time Prolongation in a Room Temperature 1 2 2pm » Pawel Strzebonski (United States) , Kent Choquette (United States) Quantum Dot Ensemble (1. Unv, 2. [email protected]) » Igor Khanonkin (Israel)1, Johann Peter Reithmaier (Germany)2, Gadi Eisenstein (Israel)3 (1. Technion, 2. University of Kassel, 3. Techion) 2:45pm MA3.5 - Self-driving Reconfiguration of Data Center Networks by Deep Reinforcement Learning and Silicon Photonic Flex-LION 2:15pm MC3.1 (Invited) - Ultrafast and Quantum Frequency Combs at the Switches Precision Limits » Roberto Proietti (United States)1, Xiaoliang Chen (United States)1, Yu » Chee Wei Wong (United States)1 (1. UCLA) Shang (United States)1, S. J. Ben Yoo (United States)1 (1. UC Davis) 1:30pm MWP / AVFOP 3 - 1:30pm BIO 3 - MD3 - Microwave Photonic Radars and Beamforming MB3 - BIO Tutorial & Sensing Chaired by: Charles Middleton (United States) and Paul Matthews (United Chaired by: Holger Schmidt (United States) and Yuze Sun (United States) States)

Powered by Ex Ordo, everything you need to run a research conference. Page 8 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 1:30pm OMND 4 - MF3 - Waveguides and Resonators Chaired by: Andrey Matsko (United States) and Kiyoul Yang (United 1:30pm MD3.1 (Invited) - Integrated Microwave Photonic Circuits for States) Beamforming » Maurizio Burla (Switzerland)1 (1. Institute of Electromagnetic Fields) 1:30pm MF3.1 - Vertically Coupled Wedge Disks for a Coupled-Resonator Optical Waveguide 2pm MD3.2 - A Silicon Photonic Transceiver for Broadly Tunable Radar » Marc-Antoine Bianki (Canada)1, Cédric Lemieux-Leduc (Canada)1, and RF Surveillance Systems Régis Guertin (Canada)1, Yves-Alain Peter (Canada)1 (1. École » Daniel Onori (Canada)1, José Azaña (Canada)1 (1. Institut National de Polytechnique de Montréal) la Recherche Scientifique, Énergie, Matériaux et Télécommunications (INRS-EMT)) 1:45pm MF3.2 - Silicon Microring Resonator Driven by High-Mobility Conductive Oxide Capacitor » Wei-Che Hsu (United States)1, Bokun Zhou (United States)1, Cheng 2:15pm MD3.3 - Photonic Beamforming Based on Subwavelength Grating 1 1 Enabled On-chip Optical True Time Delay Lines Zhen (United States) , Alan X. Wang (United States) (1. Oregon State University) » Yue Wang (Canada)1, Hao Sun (Canada)1, Mostafa Khalil (Canada)1, Lawrence Chen (Canada)1, Wei Dong (China)2 (1. Department of Electrical and Computer Engineering, McGill University, 2. college of 2pm MF3.3 - Demonstration of High Quality Factor Aluminum Nitride electronic science and engineering, Jilin University) on Sapphire Microring Resonators at Near Infrared and Green Wavelengths » Yi Sun (United States)1, walter shin (United States)1, Majid Aalizadeh 1:30pm ME3 – Industry Forum: Recipes for Successful Entrepreneurship (United States)1, Ping Wang (United States)1, David Laleyan (United Chaired by: Dalma Novak (United States) States)1, Ayush Pandey (United States)1, Xianhe Liu (United States)1, Yuanpeng Wu (United States)1, Anshuman Singh (United States)2, 3 1 1:30pm Mohammad Soltani (United States) , Zetian Mi (United States) (1. ME3.1 (IF) - Insights from a Serial Academic Entrepreneur University of Michigan, 2. National Institute of Standards and » John Bowers (United States)1 (1. Department of Electrical and Technology, 3. Raytheon BBN Technologies) Computer Engineering, University of California Santa Barbara) 2:15pm MF3.4 - Scaling Effect and Optimization of SOI Dual-waveguide 2pm ME3.2 (IF) - Starting a Business in Ultrafast Fiber Laser Technology Optical Trapping » Oliver Prochnow (Germany)1 (1. Valo Innovations) » Xiangming Xu (United Kingdom)1, Ulbricht Hendrik (United Kingdom) 1, David Thomson (United Kingdom)1, Goran Mashanovich (United Kingdom)1, Jize Yan (United Kingdom)1 (1. University of Southampton) 2:30pm ME3.3 (IF) - Adventures in Silicon Photonics » Michael Hochberg (United States)1 (1. nokia) 2:30pm MF3.5 - Q-factor Enhancement in Slow-Light Nanobeam Cavities on a Silicon Nitride Platform 1 2 3pm » Jiahao Zhan (United States) , Zeinab Jafari (Mexico) , Sylvain Veilleux ME3.4 (IF) - Financial Concepts in the Management of a Photonic (United States)1, Mario Dagenais (United States)1, Israel De Leon Startup (Mexico)2 (1. University of Maryland, College Park, 2. Technologico de » Daniel Renner (United States)1 (1. Freedom Photonics) Monterrey)

Powered by Ex Ordo, everything you need to run a research conference. Page 9 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 2:45pm MG3.5 - Fiber-Wireless-Fiber Terminals for Optical Wireless Communication over Multiple Bands 2:45pm MF3.6 - Broad-band impedance matching of dispersive waveguides - the white light cavity approach » Ravinder Singh (United Kingdom)1, Andy Schreier (United Kingdom)1, 1 1 2 Grahame Faulkner (United Kingdom) , Dominic O'Brien (United » Jacob Scheuer (Israel) , Dmitriy Filonov (Israel) , Pavel Ginzburg 1 (Israel)1 (1. School of EE, Tel Aviv-University, 2. Center for Photonics and Kingdom) (1. University of Oxford) 2D Materials, Moscow Institute of Physics and Technology)

1:30pm OCN 3 - 1:30pm OI 3 - MG3 - Multi-band Optical Transmission MH3 - Integrated Actives and Hybrid Modulators Chaired by: Youichi Akasaka (United States) and Lidia Galdino (United Chaired by: Tingyi Gu (United States) Kingdom)

1:30pm 1:30pm MG3.1 (Invited) - The benefits of using the S-band in optical fibre communication and how to get thereThe benefits of using the S- MH3.1 (Invited) - Ultra High Speed Silicon and Polymer Hybrid band in optical fibre communication and how to get there Modulator 100 Gbaud Transmission » Daniel Semrau (United Kingdom)1, Robert Killey (United Kingdom)1, » Shiyoshi Yokoyama (Japan)1 (1. Kyushu University) Polina Bayvel (United Kingdom)1 (1. University College London (UCL))

2pm MG3.2 - Multi Bands Network Performance Assessment for Different System Upgrades 2pm 1 1 » Rasoul Sadeghi (Italy) , Bruno Correia (Italy) , Emanuele Virgilito MH3.2 - 280 Gb/s Dual-Polarization Transmitter using Ge-on-Si (Italy)1, Nelson Costa (Portugal)2, Joao Pedro (Portugal)2, Antonio Napoli 2 1 EAMs for Short-Reach Interconnects (Germany) , Vittorio Curri (Italy) (1. Politecnico di Torino, 2. Infinera 1 1 Corporation) » David Weng U Chan (Hong Kong) , Yeyu Tong (Hong Kong) , Guan- Hong Chen (Taiwan)2, Chi-Wai Chow (Taiwan)2, Hon Ki Tsang (Hong Kong)1 (1. The Chinese University of Hong Kong, 2. Department of 2:15pm MG3.3 - Flexible and Autonomous Multi-band Raman Amplifiers Photonics, National Chiao-Tung University) » Giacomo Borraccini (Italy)1, Stefano Straullu (Italy)2, Alessio Ferrari (Italy)1, Stefano Piciaccia (Italy)3, Gabriele Galimberti (Italy)3, Vittorio Curri (Italy)1 (1. Politecnico di Torino, 2. LINKS Foundation, 3. Cisco Photonics) 2:15pm MH3.3 - High-speed 45Gb/s SiGe reflected-electroabsorption 2:30pm MG3.4 - Three-channel Multiplexed Communication over Mid L- modulator for downstream/upstream detection by integrating a band InAs/InP Quantum Dash Laser monitoring SiGe PD 1 2 » Emad Alkhazraji (Saudi Arabia) , Amr Ragheb (Saudi Arabia) , Maged » Yi-jen Chiu (Taiwan)1, Rih-You Chen (Taiwan)2, Yang-Jeng Chen 3 2 Esmail (Saudi Arabia) , Habib Fathallah (Saudi Arabia) , Saleh Alshebeili (Taiwan)1, Shi-Ting Huang (Taiwan)2 (1. Department of Photonics, 2 4 (Saudi Arabia) , Khurram Qureshi (Saudi Arabia) , Mohammed Zahed National Sun Yat-Sen University, 2. Department of Photonics National 4 Mustafa Khan (Saudi Arabia) (1. Jubail Industrial College, 2. King Saud Sun Yat-Sen University) University, 3. Prince Sultan University, 4. King Fahd University of Petroleum and Minerals)

Powered by Ex Ordo, everything you need to run a research conference. Page 10 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 3:30pm BIO 4 - MB4 - Deep Learning Chaired by: Marinko Sarunic (Canada) and Lei Tian (United States) 2:30pm MH3.4 - Carrier Regeneration in Kramers–Kronig System Enabled by Injection Locking for Optical Interconnection » XIAOLING ZHANG (China)1, Longsheng Li (China)2, CHEN CHEN 3:30pm MB4.1 (Invited) - Quantitative Tissue Property Measurements (China)3, Wei Jin (China)4, CHOGNFU ZHANG (China)5, Kun Qiu (China)6 with Structured Illumination and Deep Learning (1. Key Lab. of Optical Fiber Sensing and Communications University of » Mason T. Chen (United States)1, Nicholas J. Durr (United States)1 (1. Electronic Science and Technology of China, 2. State Key lab of Johns Hopkins University) Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong University, Shanghai, China, 3. School of Microelectronics and 4pm MB4.2 - Deep-learning-enabled virtual immunofluorescence Communication Engineering, Chongqing University, Chongqing staining based on reflectance microscopy 400030, China, 4. School of Electronic Engineering, Bangor University, 1 1 Bangor, LL57 UT, UK, 5. School of Information and Communication » Shiyi Cheng (United States) , Sipei Fu (United States) , Yumi Mun Kim (United States)1, Yunzhe Li (United States)1, Yujia Xue (United States)1, Ji Engineering, University of Electronic Science and Technology of China, 1 1 Chengdu 611731,China, 6. Key Laboratory of Optical Fiber Sensing and Yi (United States) , Lei Tian (United States) (1. Boston University) Communication Networks (Ministry of Education), School of Information and Communication Engineering, University of Electronic 4:15pm MB4.3 - Real-time retinal layer segmentation of adaptive optics Science and Technology of China, Chengdu 611731, China) optical coherence tomography angiography with deep learning » Yifan Jian (United States)1, Svetlana Borkovkina (Canada)2, Worawee 2 1 MH3.5 - A Tunable Optical Notch Filter on SOI Platform Japongsori (Canada) , Acner Camino (United States) , Marinko Sarunic 2:45pm 2 1 1 (Canada) (1. Oregon Health and Science University, 2. Simon Fraser » Connor Mosquera (Canada) , Hossam Shoman (Canada) , Lukas University) Chrostowski (Canada)2 (1. University of British Columbia, 2. Department of Electrical and Computer Engineering, University of British Columbia.) 4:30pm MB4.4 - Physics-embedded deep learning for intensity diffraction tomography 1 1 3:30pm MA4 - Awards I » Alex Matlock (United States) , Lei Tian (United States) (1. Boston University) Chaired by: Christina Lim (Australia) and Weidong Zhou (United States) 3:30pm NANO 4 - 3:30pm MA4.1 (Awards) - Superlattice Based Single and Dual Band nBn MC4 - Laser Processing and Optical Manipulation Detectors 1 Chaired by: Rajesh Menon (United States) and Parag Deotare (United » Sanjay Krishna (United States) (1. George R Smith Chair and States) Professor of ECE, Ohio State University)

3:30pm MC4.1 - Laser Processing for Creating Nano-Polygon Arrays 4pm MA4.2 (Awards) - Optical Switching in Data Centers: Why? and 1 1 When? » Mitsunori Saito (Japan) , Satoki Suzuki (Japan) (1. Ryukoku University) » George Papen (United States)1 (1. University of California San Diego)

3:45pm MC4.2 - Solid-Phase Optical Manipulation and Assembly of 4:30pm MA4.3 (Awards) - Transforming the Optical Systems Technology Colloidal Particles Program at Monroe Community College into a National Model » Jingang Li (United States)1, Yuebing Zheng (United States)1 (1. the » Alexis Vogt (United States)1 (1. Monroe Community College) university of texas at austin)

Powered by Ex Ordo, everything you need to run a research conference. Page 11 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 4:15pm MD4.3 - High-Power Millimeter-Wave Generation using Microresonator Solitons » Jesse Morgan (United States)1, Beichen Wang (United States)1, Keye 4pm 2 1 MC4.3 - Nanoscale polymer blister formation using single Sun (United States) , Mandana Jahanbozorgi (United States) , Zijiao 3 4 femtosecond pulses Yang (United States) , Madison Woodson (United States) , Steven 4 5 1 1 Estrella (United States) , Xu Yi (United States) , Andreas Beling (United » Alan T. K. Godfrey (Canada) , Deepak Kallepalli (Canada) , Chunmei 1 1 1 States) (1. Department of Electrical and Computer Engineering, Zhang (Canada) , Paul B. Corkum (Canada) (1. University of Ottawa) University of Virginia, 2. university of virginia, 3. Physics Department, Department of Electrical and Computer Engineering, University of Virginia, 4. Freedom Photonics, LLC, 5. Department of Electrical and 4:15pm MC4.4 - Quantifying the Response of Diverse Nanoparticles Computer Engineering, Physics Department, University of Virginia) Towards Laser-Induced Thermoelectric Field to Enhance Applications in Nanorobotics 3:30pm MF4 - Nanophotonics and Metamaterials 1 2 » Pavana Siddhartha Kollipara (United States) , Linhan Lin (China) , Chaired by: Kiyoul Yang (United States) and William Loh (United States) Zhihan Chen (United States)1, Xiaolei Peng (United States)1, Yaoran Liu (United States)1, Yuebing Zheng (United States)1 (1. the university of texas at austin, 2. Tsinghua University) 3:30pm MF4.1 (Invited) - Optimized Quantum Photonics » Jelena Vuckovic (United States)1 (1. Stanford University) 4:30pm MC4.5 - Reconfigurable Assembly of Chiral Nanostructures on 4pm MF4.2 - High-Frequency Photonic Crystal Torsional Optomechanics Solid Substrates » Bishnupada Behera (Canada)1, Hamidreza Kaviani (Canada)1, Ghazal » Jingang Li (United States)1, Yuebing Zheng (United States)1 (1. the Hajisalem (Canada)1, Gustavo Luiz (Canada)2, Paul Barclay (Canada)1 (1. university of texas at austin) IQST, Dept. of Physics and Astronomy, University of Calgary, 2. nanoFAB Centre, University of Alberta) 3:30pm MWP / AVFOP 4 - MD4 - Millimeter Wave and TeraHertz Microwave Photonics 4:15pm MF4.3 - Silicon Micro-ring Resonators with Dual-metamaterial Waveguides Chaired by: Tony Klee (United States) and Jean Kalkavage (United States) » Thi Thuy Duong Dinh (France)1, Xavier Leroux (France)1, Jianhao Zhang (France)1, Miguel Montesinos (France)1, Christian Lafforgue 3:30pm (France)1, Daniel Benedikovic (France)1, Pavel Cheben (Canada)2, Eric MD4.1 (Invited) - Plasmonic Photoconductive Terahertz Antennas 1 1 1 Cassan (France) , Delphine Marris-Morini (France) , Laurent Vivien » Mona Jarrahi (United States) (1. University of California Los Angeles) (France)1, Carlos Alonso-Ramos (France)1 (1. Université Paris-Saclay, CNRS, Centre de Nanosciences et de Nanotechnologies, 2. National Research Council Canada) 4pm MD4.2 - Wireless Transmission of Millimeter Waves Generated by L-band InAs/InP Quantum-dash Laser 4:30pm MF4.4 - Visible-Wavelength Beam Shaping using Two-Dimensional » Qazi Tareq (Saudi Arabia)1, Emad Alkhazraji (Saudi Arabia)2, Amr Meta-Grating Outcouplers 3 4 Ragheb (Saudi Arabia) , Maged Esmail (Saudi Arabia) , Saleh Alshebeili 1 1 3 1 » Chad Ropp (United States) , Alexander Yulaev (United States) , Daron (Saudi Arabia) , Mohammed Zahed Mustafa Khan (Saudi Arabia) (1. A. Westly (United States)1, Gregory Simelgor (United States)1, Vladimir King Fahd University of Petroleum and Minerals, 2. Jubail Industrial Aksyuk (United States)1 (1. Physical Measurement Laboratory, National College, 3. King Saud University, 4. Prince Sultan University) Institute of Standards and Technology, Gaithersburg, MD 20899)

Powered by Ex Ordo, everything you need to run a research conference. Page 12 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Monday, 28 September 8:30am TuA1.1 (Plenary) - VCSEL Array for 3D Sensing » Connie J. Chang-Hasnain (United States)1 (1. University of California, Berkeley) 3:30pm OI 4 - MH4 - OI Tutorial & Interconnects for High Performance Systems Chaired by: Tingyi Gu (United States) 9:15am TuA1.2 (Plenary) - Light Matters - Photons, Photons, Everywhere » Chris Koeppen (United States)1 (1. II-VI Incorporated) 3:30pm MH4.1 (Tutorial) - Embedded Photonics for Deeply Disaggregated Computing Systems 10:30am SS MLPS 4 - 1 » Keren Bergman (United States) (1. Columbia University) TuA2 - Machine Learning in Photonics Systems IV (Machine Learning for Performance Monitoring / Photonic Neural Networks) 4:30pm MH4.2 (Invited) - Small Form Factor Modules for Coherent Optical Chaired by: Alan Pak-Tao Lau (Hong Kong) and Darko Zibar (Denmark) Interconnects » Radhakrishnan Nagarajan (United States)1 (1. Inphi Corp) 10:30am TuA2.1 (Invited) - Physical Layer Health Check in the Age of Data Analysis 3:30pm MI4 - Atomic Physics Based Approaches to Quantum Technologies » Takahito Tanimura (Japan)1, Takeshi Hoshida (Japan)2 (1. Fujitsu Chaired by: Mahdi Hosseini (United States) and Michael Brodsky (United Limited (currently with Hitachi Ltd.), 2. Fujitsu Limited) States)

11am TuA2.2 - OSNR Monitoring Based on Low-Bandwidth Coherent 3:30pm MI4.1 (Invited) - Engineering atom-nanophotonic hybrid lattices Receiver and Discrete Classifier 1 » Chen-Lung Hung (United States) (1. Department of Physics and » Huang Bin Ye (China)1, Dawei Wang (China)2, Zhaohui Li (China)2, Astronomy, Purdue University, West Lafayette) Shuqiang Huang (China)3 (1. College of Science & Engineering, Jinan University, 2. School of Electrical and Information Technology, Sun Yat- 4pm MI4.2 (Invited) - Quantum Tools for Communication sen University, 3. College of Science & Engineering, Jinan university) » Paul Kunz (United States)1 (1. U.S. Army Research Laboratory) 11:15am TuA2.3 - Silicon Photonic Neural Networks for Chaos-based Secure 4:30pm MI4.3 (Invited) - Analysis and control of the multimode spatial Communication structure of atom-based squeezed light » Yashpreet Masson (Canada)1, Bicky Marquez (Canada)2, Bhavin J. 3 » Irina Novikova (United States)1 (1. College of William &Mary) Shastri (Canada) (1. Department of Physics, Engineering Physics & Astronomy, Queen’s University, 2. Department of Physics, Engineering Physics & Astronomy, Queen's University, 3. Department of Physics Engineering Physics & Astronomy, Queen's University) Tuesday, 29 September 11:30am TuA2.4 - Towards Phase-Error- and Loss-Tolerant Programmable MZI-Based Optical Processors for Optical Neural Networks 8:30am Plenary I - » Farhad Shokraneh (Canada)1, Simon Geoffroy-Gagnon (Canada)1, TuA1 - Plenary I Odile Liboiron-Ladouceur (Canada)1 (1. Department of Electrical and Chaired by: Zetian Mi (United States) Computer Engineering, McGill University)

Powered by Ex Ordo, everything you need to run a research conference. Page 13 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 11:30am TuB2.4 - Miniature, hyperchromatic objective lens for chromatic confocal endomicroscope » Nachiket Kulkarni (United States)1, Andrew Masciola (United States)2, 11:45am Arthur Gmitro (United States)3, Esther Freeman (United States)4, Aggrey TuA2.5 - Photonic Long-Short Term Memory Neural Networks with Semeere (Uganda)5, Miriam Nakalembe (Uganda)5, Dongkyun Kang Analog Memory (United States)1 (1. James C. Wyant College of Optical Sciences, University of Arizona, Tucson, 2. Department of Biomedical » Emma Howard (Canada)1, Bicky Marquez (Canada)2, Bhavin J. Shastri Engineering, University of Arizona,Tucson, 3. 2Department of (Canada)1 (1. Department of Physics, Engineering Physics and Biomedical Engineering, University of Arizona,Tucson, 4. Department Astronomy, Queen's University, 2. Department of Physics, Engineering of Dermatology, Massachusetts General Hospital, Boston, 5. Infectious Physics & Astronomy, Queen's University) Diseases Institute, Makerere University College of Health Sciences, Kampala)

10:30am BIO 5 - 11:45am TuB2.5 - Internal-Illumination Photoacoustic Tomography TuB2 - Smart System Engineering Enhanced by a Graded-scattering Fiber Diffuser Chaired by: Peter R. T. Munro (United Kingdom) and Dongkyun Kang » Mucong Li (United States)1, Junjie Yao (United States)1, Tri Vu (United (United States) States)1, Georgy Sankin (United States)1, Brenton Winship (United States)1, Kohldon Boydston (United States)1, Russell Terry (United States)1, Pei Zhong (United States)1 (1. Duke University) 10:30am TuB2.1 (Invited) - Intelligent Image-Activated Cell Sorter 2.0 10:30am NANO 5 - » Keisuke Goda (Japan)1 (1. University of Tokyo) TuC2 - Integrated Nanophotonics Chaired by: Qing Gu (United States) and Rajesh Menon (United States)

11am 10:30am TuC2.1 - Wafer-scale low-loss lithium niobate photonic integrated TuB2.2 - LED Excitation of an On-chip Imaging Flow Cytometer for circuits Bead-based Immunoassay » Kevin Luke (United States)1, Prashanta Kharel (United States)1, » Xilong Yuan (Canada)1, Todd Darcie (Canada)1, Jonathan J. D. Christian Reimer (United States)1, Lingyan He (United States)1, Marko McKendry (United Kingdom)2, Michael J. Strain (United Kingdom)2, Loncar (United States)2, Mian Zhang (United States)1 (1. HyperLight, 2. Martin D. Dawson (United Kingdom)2, Stewart Aitchison (Canada)1 (1. Harvard University) University Of Toronto, 2. University of Strathclyde)

10:45am TuC2.2 - Dispersion-engineered Nanophotonic Devices Based on Subwavelength Metamaterial Waveguides 11:15am » David González Andrade (Spain)1, Antonio Dias (Spain)2, José Manuel 3 3 TuB2.3 - Imaging of Caenorhabditis elegans by spectrally encoded Luque-González (Spain) , Gonzalo Wangüemert-Pérez (Spain) , Alejandro Ortega-Moñux (Spain)3, Robert Halir (Spain)3, Íñigo Molina- confocal microscopy 3 4 1 1 Fernández (Spain) , Pavel Cheben (Canada) , Aitor Villafranca Velasco » Sadaf Rashtchian (Canada) , Khaled Youssef (Canada) , Pouya Rezai 1 1 1 (Spain) (1. Consejo Superior de Investigaciones Científicas (CSIC), 2. (Canada) , Nima Tabatabaei (Canada) (1. York University) Alcyon Photonics S.L., 3. Universidad de Malaga, 4. National Research Council Canada)

Powered by Ex Ordo, everything you need to run a research conference. Page 14 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 11am TuD2.4 (Invited) - Hexagonal Boron Nitride Quantum Emitters » Igor Aharonovich (Australia)1 (1. University of Technology Sydney)

11am TuC2.3 - Ultra-compact TM-pass Polarizer based on Stacked Photonic Waveguides Laterally Coupled with Vanadate Strips 11:30am TuD2.1 (Invited) - Recent progress in quantum dot lasers for silicon photonics 1 1 » Yusheng Bian (United States) , Won Suk Lee (United States) , Michal 1 Rakowski (United States)1, Rod Augur (United States)1, Bo Peng (United » Yasuhiko Arakawa (Japan) (1. University of Tokyo) States)1, Karen Nummy (United States)1, Ken Giewont (United States)1, John Pellerin (United States)1, Abdelsalam Aboketaf (United States)1, 10:30am PSS 1 - 2 3 Bing Shen (United States) , Youqiao Ma (China) (1. Globalfoundries, TuE2 - Detectors for Photonic Integrated Circuits inc, 2. University of Utah, 3. Nanjing University of Information Science and Technology) Chaired by: Andrew Sarangan (United States)

TuE2.1 (Invited) - Heterogeneous III-V Photodiodes on Silicon 11:15am 10:30am TuC2.4 - Impact of SiO2 Cladding Voids in SiPh Building Blocks Nitride and Silicon 1 1 » Hatef Shiran (Canada) , Hassan Rahbardar Mojaver (Canada) , Jocelyn » Andreas Beling (United States)1 (1. university of virginia) Bachman (Canada)2, cong Jin (Canada)2, Odile Liboiron-Ladouceur (Canada)1 (1. Department of Electrical and Computer Engineering, McGill University, 2. Applied Nanotools Inc) 11am TuE2.2 - InGaAs/GaAs Multi-Quantum Well Nano-Ridge Waveguide Photodetector Epitaxially Grown on a 300-mm Si Wafer » Cenk Ibrahim Ozdemir (Belgium)1, Yannick De Koninck (Belgium)2, 11:30am TuC2.5 - Tailoring Group Velocity Dispersion in Hybrid Silicon- Nadezda Kuznetsova (Belgium)2, Marina Baryshnikova (Belgium)2, Dries Organic Augmented Low Index Guiding Waveguides Van Thourhout (Belgium)1, Bernardette Kunert (Belgium)2, Marianna » Todd Darcie (Canada)1, Stewart Aitchison (Canada)1 (1. University Of Pantouvaki (Belgium)2, Joris Van Campenhout (Belgium)2 (1. Ghent Toronto) University - IMEC, 2. Interuniversity Microelectronics Center (IMEC))

10:30am SL 1 - 11:15am TuE2.3 - Low Limit of Detection Silicon Photonic Sensor with TuD2 - Nanostructure and Quantum-Based Lasers Extremely-Low-Cost Laser Source 1 2 Chaired by: John Bowers (United States) and Hagen Zimer (United States) » Jonas Leuermann (Spain) , Adrián Fernández-Gavela (Spain) , Laura M. Lechuga (Spain)3, Alejandro Sánchez-Postigo (Spain)4, Robert Halir (Spain)4, Íñigo Molina-Fernández (Spain)4 (1. Bionand Center for 10:30am TuD2.2 - Fabrication-Tolerant-Design for Single-Lobe, Surface- Nanomedicine and Biotechnology, 2. Universidad de Oviedo, Emitting Quantum Cascade Lasers Departamento de Física, 3. Nanobiosensors and Bioanalytical Applications Group, Catalan Institute of Nanoscience and » Jae Ha Ryu (United States)1, Chris Sigler (United States)1, Jeremy Kirch Nanotechnology (ICN2), UAB, 4. Universidad de Malaga) (United States)1, Tom Earles (United States)2, Dan Botez (United States) 1, Luke Mawst (United States)1 (1. UW Madison, 2. Intraband, LLC) 11:30am TuE2.4 - All-Silicon Photodetectors for Photonic Integrated Circuit Calibration 10:45am TuD2.3 - Towards Attojoule Operation of Semiconductor Quantum » Sarvagya Dwivedi (Belgium)1, Jon Kjellman (Belgium)1, Tangla David well Lasers (Belgium)1, Mathias Prost (Belgium)1, Aleksandrs Marinins (Belgium)1, » NITHISH KUMAR GADIYARAM (United States)1, Jim Coleman (United Philippe Soussan (Belgium)1, Marcus Dahlem (Belgium)1, Xavier States)1, Weidong Zhou (United States)1 (1. Department of Electrical Rottenberg (Belgium)1, Roelof Jansen (Belgium)1 (1. Interuniversity Engineering, University of Texas at Arlington) Microelectronics Center (IMEC))

Powered by Ex Ordo, everything you need to run a research conference. Page 15 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 10:30am TuG2.1 (Invited) - OLED Display Market Overview » Yoshio Tamura (Japan)1 (1. DSCC) 10:30am NLUO 1 - TuF2 - Infrared Fiber-based and Nonlinear Sources 11am TuG2.3 - Towards Perovskite LED Displays » Cheng Chang (United States)1, Chen Zou (United States)1, Mark Chaired by: Martin Bernier (Canada) and Peter Schunemann (United 1 1 States) Odendahl (United States) , Lih Lin (United States) (1. Department of Electrical and Computer Engineering University of Washington)

10:30am TuF2.1 (Invited) - Mid-Infrared Fiber Lasers 10:30am OI 5 - » Réal Vallée (Canada)1, Martin Bernier (Canada)1, Vincent Fortin (Canada)1, Yigit Ozan Aydin (Canada)1, Pascal Paradis (Canada)1, TuH2 - OI Keynote Frédéric Jobin (Canada)1, Simon Duval (Canada)1, Frédéric Maes Chaired by: Ashkan Seyedi (United States) (Canada)1 (1. Université Laval) 10:30am TuH2.1 (Keynote) - The Future of VCSELs: Dynamics and Speed 11am TuF2.2 - Towards Mid-IR Pulsed All-Fiber Lasers Based on Saturable Limitations Absorbers » Anders Larsson (Sweden)1, Johan Gustavsson (Sweden)2, Erik Haglund 1 1 » Pascal Paradis (Canada) , Vincent Fortin (Canada) , Bernard (Sweden)3, Emanuel Haglund (United States)3, Attila Fülöp (Sweden)3, 2 1 1 Dussardier (France) , Réal Vallée (Canada) , Martin Bernier (Canada) André Kelkkanen (Sweden)3 (1. Chalmers University/Nvidia, 2. Nvidia (1. Université Laval, 2. Université Côte d’Azur, CNRS) and Chalmers University of Technology, 3. NVIDIA)

TuF2.3 - Broadband, efficient, high-power picosecond optical 11:15am 11:15am TuH2.2 (Invited) - Multimode Links Based on 100G VCSELs for parametric generation in MgO:PPLN Emerging Data Centers 1 1 » Biplob Nandy (Spain) , Chaitanya Kumar Suddapalli (Spain) , Majid » Vipul Bhatt (United States)1 (1. II-VI) Ebrahim-Zadeh (Spain)1 (1. ICFO-The Institute of Photonic Sciences)

TuH2.3 - Cryogenic 50 GHz VCSEL for sub-100 fJ/bit Optical Link 11:30am TuF2.4 - Influence of Bending on Ultrafast Nonlinear Dynamics in 11:45am Gas-filled Hollow-core Fiber » Wenning Fu (United States)1, Hsiao-Lun Wang (United States)1, 1 2 » Md Selim Habib (United States)1 (1. Optoelectronics Research Group, Haonan Wu (United States) , Achyut Srinivasa (United States) , Suchet Srinivasa (United States)2, Milton Feng (United States)1, Dennis Deppe Department of Electrical and Computer Engineering, Florida 2 Polytechnic University) (United States) (1. University of Illinois Urbana-Champaign, 2. Sdphotonics, LLC)

11:45am TuF2.5 - Continuous-wave green-pumped optical parametric oscillator based on fanout MgO:PPLN 1:30pm SS MLPS 5 - » Sukeert Sukeert (Spain)1, Chaitanya Kumar Suddapalli (Spain)1, Majid TuA3 - Machine Learning in Photonics Systems V (Neuromorphic Ebrahim-Zadeh (Spain)1 (1. ICFO-The Institute of Photonic Sciences) Photonics / Optical Neural Networks) Chaired by: Keisuke Kojima (United States) and Darko Zibar (Denmark) 10:30am DISL 1 - TuG2 - Display Futures 1:30pm TuA3.1 (Invited) - Beyond Moore's Law: The role of analog signal Chaired by: Chien-chung Lin (Taiwan) and Johannes Herrnsdorf (United processing for neuromorphic computing Kingdom) » Bert Offrein (Switzerland)1 (1. IBM - Research Zurich)

Powered by Ex Ordo, everything you need to run a research conference. Page 16 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 2pm TuB3.4 - Remote Monitoring of Microparticle Biosensors Using Optical Coherence Tomography » Shreyas Shah (United States)1, Mingde Zheng (United States)1, 2pm TuA3.2 - Training Deep Neural Networks in Situ with Michael S. Eggleston (United States)1 (1. Nokia Bell Labs) Neuromorphic Photonics » Matthew Filipovich (Canada)1, Zhimu Guo (Canada)1, Bicky Marquez 1 1 1 2:15pm TuB3.3 - Progress on Multimodal Adaptive Optics OCT and (Canada) , Hugh Morison (Canada) , Bhavin J. Shastri (Canada) (1. Multiphoton Imaging Queen's University) » William Newberry (Canada)1, Jason Fung (Canada)1, Daniel Wahl (Canada)1, Myeong Ju (Canada)2, Marinko Sarunic (Canada)1 (1. Simon 2:15pm TuA3.3 - Reconfigurable all-optical nonlinear activation functions Fraser University, 2. University of British Columbia) » Aashu Jha (United States)1, Chaoran Huang (United States)1, Paul 1 Prucnal (United States) (1. Princeton University) 1:30pm NANO 6 - TuC3 - Nonlinear Nanophotonic Devices 2:30pm TuA3.4 - A graphene-based synapse for photonic neural networks Chaired by: Paul Barclay (Canada) and Vinod Menon (United States) and » Bicky Marquez (Canada)1, Hugh Morison (Canada)2, Zhimu Guo Lan Yang (United States) (Canada)2, Matthew Filipovich (Canada)2, Bhavin J. Shastri (Canada)2 (1. Department of Physics, Engineering Physics & Astronomy, Queen's 1:30pm TuC3.2 - Metal-Clad InP Cavities for Nanolasers on Si University, 2. Queen's University) » Preksha Tiwari (Switzerland)1, Svenja Mauthe (Switzerland)1, Noelia Vico Triviño (Switzerland)1, Pengyan Wen (Switzerland)1, Yannick 2:45pm TuA3.5 - Tensor-Train Decomposed Synaptic Interconnections for Baumgartner (Switzerland)1, Markus Scherrer (Switzerland)1, Daniele Compact and Scalable Photonic Neural Networks Caimi (Switzerland)1, Steffen Reidt (Switzerland)1, Kristen E. Moselund 1 » Xian Xiao (United States)1, S. J. Ben Yoo (United States)1 (1. University (Switzerland) (1. IBM - Research Zurich) of California, Davis) 1:45pm TuC3.3 (Invited) - Nonlinear Chalcogenide Photonic Devices 1:30pm BIO 6 - » Juliet Gopinath (United States)1 (1. University of Colorado Boulder) TuB3 - Optical Coherence Tomography Chaired by: Brian Applegate (United States) and Marinko Sarunic 2:15pm TuC3.4 - On the Origin of Efficiency Droop of AlGaN Deep (Canada) Ultraviolet Light Emitting Diodes » Ayush Pandey (United States)1, Anthony Aiello (United States)1, Jiseok Gim (United States)1, Robert Hovden (United States)1, Emmanouil 1:30pm TuB3.1 - Optical coherence tomography for use in infrared laser 1 1 sealing of blood vessels Kioupakis (United States) , Pallab Bhattacharya (United States) , Zetian Mi (United States)1 (1. University of Michigan) » Nicholas Giglio (United States)1, Thomas Hutchens (United States)1, Christopher Cilip (United States)1, Nathaniel Fried (United States)1 (1. University of North Carolina at Charlotte) 2:30pm TuC3.1 (Invited) - Realizing Spin-Hamiltonians in Nanolaser Lattices » Mercedeh Khajavikhan (United States)1, Midya Parto (United States)2, 1:45pm TuB3.2 - Multi-Contrast OCTA for Small Animal Imaging Demetrios Christodoulides (United States)2, Alireza Marandi (United » Destiny Hsu (Canada)1, Ji Hoon Kwon (Canada)1, Marinko Sarunic States)3, William Hayenga (United States)2 (1. University of Southern (Canada)1, Myeong Ju (Canada)2 (1. Simon Fraser University, 2. California, 2. CREOL, The College of Optics, University of Central University of British Columbia) Florida, 3. Caltech)

Powered by Ex Ordo, everything you need to run a research conference. Page 17 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 1:30pm PSS 2 - TuE3 - Integrated Photodetection Systems Chaired by: Ganesh Balakrishnan (United States) 1:30pm SL 2 - TuD3 - III-Nitride and Short-Wavelength Lasers Chaired by: Chee Keong Tan (United States) and Jing Zhang (United 1:30pm TuE3.2 - Foundry-Enabled Ge Photodiode Arrays on Si on Insulator States) (SOI) with On-Chip Biasing Circuit » Keye Sun (United States)1, Robert Costanzo (United States)1, Ta-Ching Tzu (United States)1, Steven Bowers (United States)1, Andreas Beling 1:30pm TuD3.1 (Invited) - Electrically injected AlGaN based deep- (United States)1 (1. university of virginia) ultraviolet laser diodes » Maki Kushimoto (Japan)1, Ziyi Zhang (Japan)2, Naoharu Sugiyama (Japan)1, Leo Schowalter (United States)3, Yoshio Honda (Japan)1, Chiaki 1:45pm TuE3.4 - Combined Time of Flight and Photometric Stereo Imaging Sasaoka (Japan)1, Hiroshi Amano (Japan)1 (1. Nagoya University, 2. for Surface Reconstruction Nagoya University, Asahi Kasei Corporation, 3. Crystal IS inc.) » Emma Le Francois (United Kingdom)1, Johannes Herrnsdorf (United Kingdom)1, Jonathan J. D. McKendry (United Kingdom)1, Laurence Broadbent (United Kingdom)2, Martin D. Dawson (United Kingdom)1, 1 2pm TuD3.2 (Invited) - High-power operation of beam-quality-improved Michael J. Strain (United Kingdom) (1. University of Strathclyde, 2. InGaN lasers with lateral corrugated waveguides Aralia Systems) » Hiroyuki Hagino (Japan)1, Masao Kawaguchi (Japan)1, Takahiro Nibu 1 1 1 (Japan) , Shinichiro Nozaki (Japan) , Atsunori Mochida (Japan) , Takashi 2pm TuE3.5 - 18 GHz 3 dB bandwidth SiGe resonant photodetector in 45 Kano (Japan)1, Shinichi Takigawa (Japan)1, Takuma Katayama (Japan)1, 1 nm SOI CMOS Tsuyoshi Tanaka (Japan) (1. Sensing Solution Development Center, 1 2 Industrial Solutions Company, Panasonic Corporation) » Marc de Cea Falco (United States) , John Fini (United States) , Derek Van Orden (United States)2, Mark Wade (United States)2, Vladimir Stojanovic (United States)3, Rajeev Ram (United States)1 (1. Massachusetts Institute of Technology, 2. Ayar Labs, Inc, 3. University 2:30pm TuD3.3 - AlGaN-based ultraviolet-B laser diode at 298 nm with of California at Berkeley) threshold current density of 25 kA/cm2 » Kosuke Sato (Japan)1, Kazuki Yamada (Japan)2, Sayaka Ishizuka (Japan)2, Shinji Yasue (Japan)2, Shunya Tanaka (Japan)2, Tomoya Omori 2:15pm TuE3.6 - Interferometric Sensors on Chip with Improved Phase (Japan)2, Shohei Teramura (Japan)2, Yuya Ogino (Japan)2, Sho Iwayama Generated Carrier Demodulation 2 3 2 (Japan) , Hideto Miyake (Japan) , Motoaki Iwaya (Japan) , Tetsuya 1 1 2 2 2 2 » Yisbel Marin (Italy) , Philippe Velha (Italy) , Yoon Jeong (Germany) , Takeuchi (Japan) , Satoshi Kamiyama (Japan) , Isamu Akasaki (Japan) Hyun Jeon (Germany)2, Claudio Oton (Italy)1 (1. Scuola Superiore (1. Asahi-Kasei Corporation, 2. Meijo University, 3. Mie University) Sant'Anna, 2. Korean Institute of Science and Technology - Europe)

2:45pm TuD3.4 - Performance Characterization of High and Low Power 2:30pm TuE3.1 - Damage-Free Interconnection-Test Method for 2.5D/3D Prism based Tunable Blue Laser Diodes Systems Packaging Devices based on Electro-Optic Sensing Technique » Sani Mukhtar (Saudi Arabia)1, Jorge A. Holguin-Lerma (Saudi Arabia)2, » Meehyun Lim (Korea, Republic of)1, Sungyeol Kim (Korea, Republic Islam Ashry (Saudi Arabia)2, Tien Khee Ng (Saudi Arabia)2, Boon S. Ooi of)1, Sunghwi Cho (Korea, Republic of)1, Myeongjun Gil (Korea, Republic (Saudi Arabia)2, Mohammed Zahed Mustafa Khan (Saudi Arabia)1 (1. of)1, Jinyeong Yun (Korea, Republic of)1, Sangmin Lee (Korea, Republic King Fahd University of Petroleum and Minerals, 2. King Abdullah of)1, Hyungjung Yong (Korea, Republic of)1, HoSun Yoo (Korea, Republic University of Science and Technology) of)1 (1. Samsung Electronics)

Powered by Ex Ordo, everything you need to run a research conference. Page 18 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 2pm TuH3.2 - A Compact Model for Datacom VCSEL Towards 25Gbaud and Beyond » Yaohui Chen (Denmark)1, Liron Gantz (Israel)1 (1. Mellanox 1:30pm OMND 5 - Technologies) TuF3 - OMND Tutorial & Programmable Integrated Photonics Chaired by: William Loh (United States) and Kiyoul Yang (United States) 2:15pm TuH3.3 - Reach Extension in Short-Reach VCSEL-MMF Interconnects using a Coupling-Weighted Approach 1:30pm TuF3.1 (Tutorial) - Programmable Multifunctional Nanophotonic » Shanglin Li (Canada)1, Mohammadreza Sanadgol Nezami (Canada)1, ICs Odile Liboiron-Ladouceur (Canada)1 (1. Department of Electrical and » Jose Capmany (Spain)1 (1. Universidad Politecnica Valencia) Computer Engineering, McGill University)

1:30pm DISL 2 - 2:30pm TuH3.4 - 25 Gb/s at 200 mW via 19-Element 980 nm VCSEL Arrays 1 1 TuG3 - Display & Lighting Devices » Nasibeh Haghighi (Germany) , Philip Moser (Germany) , Martin Zorn (Germany)2, James Lott (Germany)1 (1. Technical University Berlin, 2. Chaired by: Paul Schuele (United States) and Lih Lin (United States) JENOPTIK Optical Systems GmbH)

1:30pm TuG3.1 (Invited) - Diffractive liquid crystal devices for AR/VR 1:30pm OI 7 - displays TuI3 - Active Silicon Photonics Part I » Shin-Tson Wu (United States)1, Tao Zhan (United States)2, Jianghao Chaired by: Jock Bovington (United States) Xiong (United States)2, Guanjun Tan (United States)2 (1. CREOL, The College of Optics, University of Central Florida, 2. CREOL, The College of Optics and photonics, University of Central Florida) 1:30pm TuI3.2 - GHz-rate positive conversion efficiency via FWM in multi- layer SiNx/a-Si:H waveguides 1 1 TuG3.2 - The Extended Pulse-Width Modulation Mode for Driving » Neil MacFarlane (United States) , Mark Foster (United States) , Amy 2pm 1 Organic Light-Emitting Diode to Improve Current Waveforms Foster (United States) (1. Johns Hopkins University) » Henglong Yang (Taiwan)1, Yu-Sin Chang (Taiwan)1 (1. Department of Electro-Optical Engineering, Natioanl Taipei University of Technology) 1:45pm TuI3.3 - A broadband MZI-based thermal-optic mode insensitive switch in Silicon-on-Insulator » Guowu Zhang (Canada)1, Alok Das (Canada)1, Odile Liboiron- 2:30pm TuG3.3 - Design and Development of a Dynamic Lighting System 1 1 1 Ladouceur (Canada) (1. Department of Electrical and Computer » Nick Rondelez (Belgium) , Youri Meuret (Belgium) (1. KU Leuven) Engineering, McGill University)

1:30pm OI 6 - 2pm TuI3.4 - Enabling Modulation-Instability Combs in Kerr TuH3 - VCSEL Part II Microresonators for a PAM-4 Communication Link Chaired by: Chi Xiong (United States) » Chinmay Shirpurkar (United States)1, Ricardo Bustos-Ramirez (United States)1, Peter Delfyett (United States)1 (1. CREOL, The College of Optics, University of Central Florida) 1:30pm TuH3.1 (Invited) - Development and Characterization of 100 Gb/s Data Communication VCSELs » Laura Giovane (United States)1, Ramana Murty (United States)1 (1. 2:15pm TuI3.1 (Invited) - TBD Lipson Broadcom) » Michal Lipson (United States)1 (1. Columbia University)

Powered by Ex Ordo, everything you need to run a research conference. Page 19 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 3:30pm NANO 7 - TuC4 - Nanostructures for Light Coupling Chaired by: Noel Giebink (United States) and Lan Yang (United States) 2:45pm TuI3.5 - Thermal Crosstalk in Silicon Photonic Microdisk Modulators for Ultra-Compact Dense-WDM Systems » Nathan Abrams (United States)1, Qixiang Cheng (United Kingdom)2, 3:30pm TuC4.1 - Glide-symmetric waveguide design for guiding and Madeleine Glick (United States)1, Keren Bergman (United States)1 (1. control of spin-carrying photons Columbia University, 2. University of Cambridge) » Hamidreza Siampour Ashkavandi (United Kingdom)1, Maurice S. Skolnick (United Kingdom)1, A. Mark Fox (United Kingdom)1 (1. University of Sheffield) 3:30pm BIO 7 - TuB4 - Microfluids 3:45pm Chaired by: Yuze Sun (United States) and Holger Schmidt (United States) TuC4.2 - Polarization Insensitive Fiber-to-Chip Light Coupling to Aluminum Oxide/Silicon Augmented Low Index Waveguides » Can Ozcan (Canada)1, Stewart Aitchison (Canada)1, Mo Mojahedi 3:30pm TuB4.1 (Invited) - Electro-Active Plasmonics for Label-Free Voltage (Canada)1 (1. University Of Toronto) Sensing and Electrophysiology » Ahsan Habib (United States)1, Xiangchao Zhu (United States)1, Isik Uryan Can (United States)2, Maverick McLanahan (United States)1, 4pm TuC4.3 - Efficient Coupling of an Optical Antenna-LED to a Single- Pinar Zorlutuna (United States)3, Ahmet Yanik (United States)1 (1. Mode Waveguide School of Engineering, University of California, Santa Cruz, 2. University » Nicolas Andrade (United States)1, Yunjo Kim (United States)2, Sean of Notre Dame, 3. University of Notre Dame) Hooten (United States)1, Eli Yablonovitch (United States)1, Jeehwan Kim (United States)2, Ming Wu (United States)1 (1. University of California, Berkeley, 2. Massachusetts Institute of Technology (MIT)) 4pm TuB4.2 - Multiplexed single particle sensing in optofluidic sensors using free space excitation. » Md Nafiz Amin (United States)1, Vahid Ganjalizadeh (United States)1, 4:15pm TuC4.4 - Slow-Light Standing Wave Resonances in an Inverse- Matthew Hamblin (United States)2, Aaron R. Hawkins (United States)2, Designed Grating for Wide Surface-Normal Free-Space Beam Holger Schmidt (United States)1 (1. School of Engineering, University of Projection California, Santa Cruz, 2. ECEn Department, Brigham Young University, » Alexander Yulaev (United States)1, Daron A. Westly (United States)1, 450 Engineering Building, Provo, Utah) Vladimir Aksyuk (United States)1 (1. Physical Measurement Laboratory, National Institute of Standards and Technology, Gaithersburg, MD 20899) 4:15pm TuB4.3 - Ioinc Liquid Droplet Lasers » Chen Zhang (United States)1, Han Zhang (United States)1, Seyedmohsen Vaziri (United States)1, Fariba Kenarangi (United States)1, 3:30pm SL 3 - Yuze Sun (United States)1 (1. University of Texas at Arlington) TuD4 - Tutorial on Semiconductor Lasers Chaired by: Nelson Tansu (United States) 4:30pm TuB4.4 - Thermo-Photonic Detection of THC in Oral Fluid: Transition from Bench-Top System to Handheld Device 3:30pm TuD4.1 (Tutorial) - Advances in Quantum Dots Lasers and » Nakisa Samadi (Canada)1, Damber Thapa (Canada)1, Nisarg Patel Integration (Canada)1, Nima Tabatabaei (Canada)1 (1. York University) » Peter Smowton (United Kingdom)1 (1. Cardiff University)

Powered by Ex Ordo, everything you need to run a research conference. Page 20 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 4:45pm TuE4.5 - Demonstration of a Highly Power-Efficient XPM-Based Discrete Multilevel Time-Lens » Manuel Pablo Fernandez (Argentina)1, Luis Romero Cortés (Canada)2, 3:30pm NLUO 2 - Saikrishna R. Konatham (Canada)3, Laureano Bulus-Rossini (Argentina) TuE4 - High-intensity Ultrafast Sources 4, Pablo Costanzo-Caso (Argentina)5, José Azaña (Canada)2 (1. Instituto Chaired by: Michael Hemmer (United States) and Hanieh Fattahi Balseiro (UNCuyo-CNEA) & CONICET, 2. Institut National de la (Germany) Recherche Scientifique, Énergie, Matériaux et Télécommunications (INRS-EMT), 3. Institut National de la Recherche Scientifique, Énergie Matériaux et Télécommunications (INRS-EMT), 4. Instututo Balseiro 3:30pm (UNCuyo, CNEA) & CONICET, 5. Instituto Balseiro (UNCuyo, CNEA) & TuE4.1 (Invited) - Production of High-power Ultrashort Pulses in CONICET) the Long-wave Infrared Range » Igor Jovanovic (United States)1, Xuan Xiao (United States)1, Hao Huang (United States)1 (1. University of Michigan) 3:30pm OMND 6 - TuF4 - Micoresonator Assisted Sensing and Spectroscopy Chaired by: Shu-Wei Huang (United States) and William Loh (United States) 4pm TuE4.2 - A Novel Method for Characterizing Isolated Attosecond Pulses 3:30pm TuF4.1 (Invited) - Photo-acoustic spectroscopy and hyperspectral- » Dong Hyuk Ko (Canada)1, Graham G. Brown (Canada)1, Chunmei imaging with dual-frequency combs 1 1 Zhang (Canada) , Paul B. Corkum (Canada) (1. University of Ottawa) » Thibault Voumard (Germany)1, Thibault Wildi (Germany)1, Victor Brasch (Switzerland)2, Gürkan Yilmaz (Switzerland)2, Raul Gutierrez Alvarez (Spain)3, Germán Vergara Ogando (Spain)3, Tobias Herr 1 4:15pm (Germany) (1. DESY / CFEL, 2. CSEM, 3. NIT) TuE4.3 - Arbitrary vector spatiotemporal wavefront shaper 1 2 » Mickael Mounaix (Australia) , Nicholas Fontaine (United States) , 4pm TuF4.2 - Towards the detection of neuropeptide Y at nanomolar 2 2 David Neilson (United States) , Roland Ryf (United States) , Haoshuo level by a SiN microring resonator 2 2 Chen (United States) , Juan Carlos Alvarado-Zacarias (United States) , 1 1 1 » Subrata Das (United States) , Sarath Samudrala (United States) , Kyu Joel Carpenter (Australia) (1. The University of Queensland, 2. Nokia 1 2 Bell Labs) Lee (United States) , Brett Wenner (United States) , Jeffery Allen (United States)3, Monica Allen (United States)4, Robert Magnusson (United States)1, Michael Vasilyev (United States)1 (1. Dept. of Electrical Engineering, University of Texas at Arlington, 2. AFRL Sensors 4:30pm Directorate, Wright-Patterson Air Force Base, 3. AFRL Munitions TuE4.4 - Generation of Pulses with Dynamic Polarization Evolution Directorate, Eglin Air Force Base, 4. AFRL Munitions Directorate, Eglin Using Time-Varying Epsilon-Near-Zero Metasurface Air Force Base) » Karapet Manukyan (United States)1, M. Zahirul Alam (Canada)2, Cong 1 1 Liu (United States) , Kai Pang (United States) , Yiyu Zhou (United 4:15pm States)3, Zhe Zhao (United States)1, Hao Song (United States)1, Moshe TuF4.3 - Characterization of Waveguide-Dopant Misalignment with Tur (Israel)4, Robert W. Boyd (United States)3, Alan Willner (United Optical Measurements of Racetrack Microresonators States)1 (1. University of Southern California, 2. University of Ottawa, 3. » Andrew Netherton (United States)1, Aditya Malik (United States)1, University of Rochester, 4. Tel Aviv University) John Bowers (United States)1 (1. Department of Electrical and Computer Engineering, University of California Santa Barbara)

Powered by Ex Ordo, everything you need to run a research conference. Page 21 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 4:15pm TuG4.5 - An Investigation on Photonic Characteristics of A Side- pumping-Quantum-Dot LED » Chung-Ping Huang (Taiwan)1, Ting-Yu Lee (Taiwan)2, Hsiang-Yun Shih 4:30pm (Taiwan)2, Yin-Hsin Liu (Taiwan)3, Teng-Ming Chen (Taiwan)3, Hao-Chung TuF4.4 - Integrated Photonic Ring Resonator Correlation Filters 4 2 For Remote HCN Sensing Kuo (Taiwan) , Chien-chung Lin (Taiwan) (1. Institute of Lighting and Energy Photonics, College of Photonics, National Chiao-Tung » Ross Cheriton (Canada)1, Adam Densmore (Canada)1, Suresh 2 3 University, 2. Institute of Photonic System, College of Photonics, Sivanandam (Canada) , Ernst de Mooji (United Kingdom) , Mohsen National Chiao-Tung University, 3. Department of Applied Chemistry, Kamandar Dezfouli (Canada)1, Daniele Melati (Canada)1, Dan-Xia Xu 1 1 1 National Chiao-Tung University, 4. Department of Photonics, National (Canada) , Jens H. Schmid (Canada) , Pavel Cheben (Canada) , Jean Chiao-Tung University) Lapointe (Canada)1, Siegfried Janz (Canada)1 (1. National Research Council Canada, 2. University Of Toronto, 3. Queen's University Belfast) 4:30pm TuG4.1 (Invited) - Low Temperature GaN Sputtering onto a Variety of Substrates 3:30pm DISL 3 - » Hiroshi Fujioka (Japan)1 (1. University of Tokyo) TuG4 - LED Materials and Processes Chaired by: Siddha Pimputkar (United States) and Paul Schuele (United 3:30pm OI 8 - States) TuH4 - OI Workshop: The Future of VCSELs, 100G and Beyond? Chaired by: Daniel Kutcha (United States) 3:30pm TuG4.2 - InGaN Photonic Crystal Green Micro LEDs with Ultra- Stable Operation 3:30pm TuH4.1 (WS) - Flens 1 1 » Xianhe Liu (United States) , Yuanpeng Wu (United States) , Yakshita » Frank Flens (United States)1 (1. II-VI) Malhotra (United States)1, Yi Sun (United States)1, Matthew Stevenson (United States)2, Seth Coe‐Sullivan (United States)2, Zetian Mi (United States)1 (1. University of Michigan, 2. NS Nanotech Inc.) 3:45pm TuH4.2 (WS) - Lysdal » Henning Lysdal (Denmark)1 (1. NVIDIA) 3:45pm TuG4.3 - Engineering of heterointerface polarization for high- 4pm efficiency AlGaN-based UV LED TuH4.3 (WS) - Larsson 1 » Zhiyuan Liu (Saudi Arabia)1, Yi Lu (Saudi Arabia)1, Yue Wang (Saudi » Anders Larsson (Sweden) (1. Chalmers University/Nvidia) Arabia)1, Rongyu Lin (Saudi Arabia)1, Chenxin Xiong (Saudi Arabia)1, 1 Xiaohang Li (Saudi Arabia) (1. KAUST) 3:30pm OI 9 - TuI4 - Active Silicon Photonics Part II Chaired by: Argishti Melikyan (United States) 4pm TuG4.4 - Ultraviolet Light-emitting Diodes with Buried Tunneling Junction 3:30pm TuI4.1 (Invited) - High-Speed, Multi-Level Operation of All-Silicon » Yi Lu (Saudi Arabia)1, Chuanju Wang (Saudi Arabia)1, Victor 1 1 Segmented Modulator for Optical DAC Transmitter Paivadeoliveira (Saudi Arabia) , Zhiyuan Liu (Saudi Arabia) , Xiaohang Li 1 1 1 (Saudi Arabia)1 (1. KAUST) » Yohei Sobu (Japan) , Shinsuke Tanaka (Japan) , Yu Tanaka (Japan) , Yuichi Akiyama (Japan)1, Takeshi Hoshida (Japan)1 (1. Fujitsu Limited)

Powered by Ex Ordo, everything you need to run a research conference. Page 22 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Tuesday, 29 September 10:30am WB2.1 (Invited) - Frequency-domain Modeling of Semiconductor Mode-lock Lasers » Weng Chow (United States)1, Songtao Liu (United States)2, Justin 4pm TuI4.2 (Invited) - Silicon Photonics for 5G Communications Norman (United States)2, Jianan Duan (France)3, Frédéric Grillot » Leslie Rusch (Canada)1, Xun Guan (Canada)1, Mingyang Lyu (Canada)1, (France)4, John Bowers (United States)5 (1. Sandia National Lab, 2. Wei Shi (Canada)2 (1. Université Laval, 2. Centre d’optique, photonique Department of Electrical and Computer Engineering, University of et laser, Université Laval) California Santa Barbara, 3. Institut Polytechnique de Paris, 4. Télécom Paris, 5. University of C) 4:30pm TuI4.3 - Variation-Aware Inter-Device Matching in Silicon Photonic Microring Resonator Demultiplexers 11am 1 1 WB2.2 - Amplitude noise and RF response analysis of 1 GHz mode- » Asif Mirza (United States) , Sudeep Pasricha (United States) , Mahdi locked pulses from an InP-based laser chip at 1550 nm Nikdast (United States)1 (1. COLORADO STATE UNIVERSITY) » Mohammad Ali Alloush (Germany)1, Marcel van Delden (Germany)1, Amer Bassal (Germany)1, Carsten Brenner (Germany)1, Thomas Musch 4:45pm TuI4.4 - Strained Ge0.99 Si0.01 Modulator Arrays for Integrated (Germany)1, Mu-Chieh Lo (United Kingdom)2, Luc Augustin Broadband Modulation (Netherlands)3, Robinson Guzmán (Spain)4, Guillermo Carpintero » Danhao Ma (United States)1, Yiding Lin (Singapore)2, Ruitao Wen (Spain)4, Martin R. Hofmann (Germany)1 (1. Ruhr-Universität Bochum, (China)3, Lionel Kimerling (United States)1, Jurgen Mitchel (United 2. University College London, 3. Smart Photonics, 4. University Carlos States)1 (1. Mit, 2. NTU, 3. SUSTECH) III de Madrid)

11:15am WB2.3 - Experimental Implementation of a Photonic Neural Network with a 1550nm-VCSEL subject to Optical Injection and Wednesday, 30 September Delayed Optical Feedback » Julián Bueno (United Kingdom)1, Joshua Robertson (United Kingdom) 1, Matěj Hejda (United Kingdom)1, Antonio Hurtado (United Kingdom)1 8:30am Plenary II - (1. University of Strathclyde) WA1 - Plenary II Chaired by: Zetian Mi (United States) 11:30am WB2.4 - Numerical Simulation on Narrowing Linewidth of a Laser Diode With Dual-Loop Optical Feedback 8:30am WA1.1 (Plenary) - Topological Photonics 1 1 1 » da chen (China) , yonglin yu (China) (1. Huazhong University of » Mordechai (Moti) Segev (Israel) (1. Technion - Israel Institute of Science and Technology) Technology)

10:30am PMM 1 - 9:15am WA1.2 (Plenary) - Using Light to Control Electrons That, in Turn, Create New Light WC2 - Semiconductor Optoelectronic Devices » Paul B. Corkum (Canada)1 (1. University of Ottawa) Chaired by: Stephanie Law (United States) and Aaron Muhowski (United States) 10:30am SL 4 - WB2 - Dynamical Properties in Lasers 10:30am WC2.1 (Invited) - Growth of (In,Ga)N on ZnO by molecular beam epitaxy for optoelectronics and electronics applications Chaired by: Johann Peter Reithmaier (Germany) and Sven Hoefling (Germany) » Elaheh Ahmadi (United States)1 (1. University of Mcihigan)

Powered by Ex Ordo, everything you need to run a research conference. Page 23 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 11am WD2.2 (Invited) - Developing New OLED Materials and Applications » Simonas Krotkus (United Kingdom)1, Amlan Pal (United Kingdom)1, Eli 11am WC2.2 - Vertical GeSn Electro-absorption Modulators Grown on Zysman-Colman (United Kingdom)1, Ifor Samuel (United Kingdom)2 (1. Silicon for the Mid-infrared University of St Andrews, 2. Unversity of St Andrews) » Bertrand Mathieu (France)1, Lara Casiez (France)1, Andrea Quintero 1 2 2 (France) , Jérémie Chrétien (France) , Nicolas Pauc (France) , Quang 11:30am WD2.3 - Light Emission Enhancement in Red Phorphorescent Minh Thai (France)2, Rami Khazaka (France)1, Philippe Rodriguez Organic Light-Emitting Diode by Carbon Quantum Dots Doping (France)1, Jean-Michel Hartmann (France)1, Alexei Chelnokov (France)1, » Zingway Pei (Taiwan)1, Yi-Chun Liu (Taiwan)1, Han-yun Wei (Taiwan)1 Vincent Calvo (France)2, Vincent Reboud (France)1 (1. Univ. Grenoble (1. National Chung Hsing University) Alpes, CEA, LETI, 2. Univ. Grenoble Alpes, CEA, IRIG-DePhy)

10:30am OFT 1 - 11:15am WC2.3 - p-type Doping of Dilute-Anion III-Nitride Materials WE2 - Fiber Optic Design 1 1 » Justin Goodrich (United States) , Damir Borovac (United States) , Chaired by: Kevin Chen (United States) and Nicholas Fontaine (United 2 1 Chee Keong Tan (United States) , Nelson Tansu (United States) (1. States) Lehigh University, 2. Clarkson University)

10:30am WE2.1 (Invited) - Silicon core fibers for integrated nonlinear 11:30am WC2.4 - Band Alignment of Nearly Lattice-Matched ScAlN/GaN systems Heterojunction » Anna Peacock (United Kingdom)1 (1. University of Southampton) » Hanlin Fu (United States)1, Justin Goodrich (United States)1, Nelson 1 Tansu (United States) (1. Lehigh University) 11am WE2.2 - Fabrication of 2D and 3D Photonic Structures using Focused Ion Beam 1 2 11:45am » Karen Sloyan (United Arab Emirates) , Henrik Melkonyan (Armenia) , WC2.5 - Dilute-Se Ga2(O1-xSex)3 for Ultraviolet and Visible Marcus Dahlem (Belgium)3 (1. Khalifa University of Science and Photodetector Technology, 2. Datafoundry Labs, 3. Interuniversity Microelectronics » Xiaoli Liu (United States)1, Chee Keong Tan (United States)1 (1. Center (IMEC)) Clarkson University) 11:15am WE2.3 - Supercontinuum Generation in Suspended Core As2S3 10:30am SS EQD 1 - Tapered Fiber WD2 - OLED Lighting » Imtiaz Alamgir (Canada)1, Md. Hosne Mobarok Shamim (Canada)1, 2 2 Chaired by: Johannes Herrnsdorf (United Kingdom) Mohammed El Amraoui (Canada) , Younes Messaddeq (Canada) , Martin Rochette (Canada)1 (1. Department of Electrical and Computer Engineering, McGill University, 2. Centre d’optique, photonique et laser, 10:30am WD2.1 (Invited) - Red OLEDs for Automotive Rear Combination Université Laval) Lights » Michael Boroson (United States)1, Marina Kondakova (United States)1, 11:30am WE2.4 - Ultra-low Loss Single-mode Hollow-core Fiber Designs 2 2 Juergen Eser (Germany) , Michael Buechel (Germany) , Joerg Knipping » Md Selim Habib (United States)1, Muhammad Sana Ullah (United 2 2 1 (Germany) , Florian Lindla (Germany) , Jeffrey Spindler (United States) , States)2 (1. Optoelectronics Research Group, Department of Electrical 3 Kathleen Vaeth (United States) (1. OLEDWorks LLC, 2. OLEDWorks and Computer Engineering, Florida Polytechnic University, 2. GmbH, 3. OLEDWorks) Department of Electrical and Computer Engineering)

Powered by Ex Ordo, everything you need to run a research conference. Page 24 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 10:45am WG2.2 - Low-Complexity Digital Coherent Receivers for Short- Reach Transmission Systems 1 1 10:30am NLUO 3 - » Takuma Kuno (Japan) , Yojiro Mori (Japan) , Hiroshi Hasegawa (Japan)1 (1. Nagoya University) WF2 - Imaging and Spectroscopy Chaired by: Takuro Ideguchi (Japan) and Sunao KURIMURA (Japan) 11am WG2.3 - Chromatic Dispersion Tolerant Timing Phase Recovery for 10:30am WF2.1 (Invited) - Mid-infrared photothermal spectroscopy and Optical Coherent Receivers phase-sensitive imaging » Dawei Wang (China)1, Hao Jiang (China)1, Zhaohui Li (China)1 (1. » Michelle Sander (United States)1 (1. Boston University) School of Electrical and Information Technology, Sun Yat-sen University)

11am WF2.2 - Probing regimes of nonlinear light amplification in optically excited dielectrics 11:15am WG2.4 - Direct clock optical transmission using commercial SFP » Thomas Winkler (Denmark)1, Peter Balling (Denmark)1, Thomas transceivers for metropolitan network Baumert (Germany)2 (1. University of Aarhus, 2. University of Kassel) » Josef Vojtech (Czech Republic)1, Martin Slapak (Czech Republic)1, Vladimir Smotlacha (Czech Republic)1, Sarbojeet Bhowmick (Czech Republic)1, Jaroslav Roztocil (Czech Republic)2, Jan Kundrat (Czech 1 1 11:15am WF2.3 - High Resolution, Fast Measurement of an Arbitrary Republic) , Petr Munster (Czech Republic) , Tomas Horvath (Czech Republic)1, Ondrej Havlis (Czech Republic)1, Rudolf Vohnout (Czech Optical Pulse using Dual Comb Spectroscopy 1 1 1 Republic) (1. CESNET, 2. Czech Technical University in Prague, Faculty » Sutapa Ghosh (Israel) , Gadi Eisenstein (Israel) (1. Technion) of Electrical engineering)

11:30am WF2.4 - Hyperfine Filtering of an Electro-Optic Modulated Comb 11:30am WG2.5 - Reduced Complexity Compensation of I/Q Skew and » Lawrence Trask (United States)1, Ricardo Bustos-Ramirez (United 1 1 Imbalance in Subcarrier Multiplexing Receivers States) , Chinmay Shirpurkar (United States) , Srinivas Varma 1 1 1 1 » Martin Casabella (Argentina) , Ariel L. Pola (Argentina) , Mario R. Pericherla (United States) , Peter Delfyett (United States) (1. CREOL, 2 The College of Optics, University of Central Florida) Hueda (Argentina) (1. Fundacion Fulgor, 2. CONICET)

10:30am OCN 4 - 11:45am WG2.6 - Training Approaches in Supervised Learning for ICI WG2 - Optical Transceivers and DSP Mitigation in Gridless Nyquist-WDM Chaired by: Deepa Venkitesh (India) and Fatima Gunning (Ireland) » Alejandro Escobar Pérez (Colombia)1, Alejandro Estrada Moscoso (Colombia)1, Neil Guerrero González (Colombia)2, Jhon Granada (Colombia)1 (1. Universidad de Antioquia, 2. Universidad Nacional de 10:30am WG2.1 - Indoor Optical Wireless Communications using Few-mode Colombia) Based Uniform Beam Shaping and LMS Based Adaptive Equalization » Jianghao Li (Australia)1, Christina Lim (Australia)1, Ampalavanapillai 10:30am OI 10 - Nirmalathas (Australia)1 (1. Department of Electrical and Electronic WH2 - OI Keynote & New Architectures and AI Engineering, The University of Melbourne) Chaired by: Liron Gantz (United States)

Powered by Ex Ordo, everything you need to run a research conference. Page 25 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 2pm WB3.3 - Orbital Angular Momentum Modes from Coherently Coupled VCSEL Arrays » Raman Kumar (United States)1, Pawel Strzebonski (United States)1, 10:30am WH2.2 (Invited) - Dynamic optical interconnects for quantum Kent Choquette (United States)1 (1. University of Illinois, Urbana- secure distributed nodes and quantum processing Champaign) » George Kanellos (United Kingdom)1, Obada Alia (United Kingdom)1, 1 Emilio Hugues-Salas (United Kingdom) , Rodrigo Stange Tessinari 2:15pm WB3.4 - Beam-Steering in 2D via Non-Linear Mapping of 1D Beam- (United Kingdom)1, Rui Wang (United Kingdom)1, Reza Nejabati (United Steering Kingdom)1, Dimitra Simeonidou (United Kingdom)1 (1. University of » Pawel Strzebonski (United States)1, Raman Kumar (United States)1, Bristol) Kent Choquette (United States)1 (1. University of Illinois Urbana- Champaign) 11am WH2.3 - Energy-Efficient Multiply-and-Accumulate Using Silicon Photonics for Deep Neural Networks 2:30pm WB3.5 - Power-bandwidth-efficiency trade-offs of septuple VCSEL » Kyle Shiflett (United States)1, Avinash Karanth (United States)1, arrays Ahmed Louri (United States)2, Razvan Bunescu (United States)1 (1. Ohio » Nasibeh Haghighi (Germany)1, Philip Moser (Germany)1, James Lott University, 2. George Washington University) (Germany)1 (1. Technical University Berlin)

11:15am 2:45pm WB 3.6 - Surface-emitting Quantum Cascade Laser with Photonic WH2.1 (Keynote) - AI Systems Drivers for Optical Interconnect Crystal at 4 um 1 » Larry Dennison (United States) (1. NVIDIA) » Shinji Saito (Japan)1, Rei Hashimoto (Japan)1, kei kaneko (Japan)1, Kakuno Tsutomu (Japan)1, Yuanzhao Yao (Japan)2, Naoki Ikeda (Japan)2, 2 2 1:30pm SL5 - Yoshimasa Sugimoto (Japan) , Takaaki Mano (Japan) , Takashi Kuroda (Japan)2, Kazuaki Sakoda (Japan)2 (1. Toshiba Corporation, 2. National WB3 - Surface Emitting Lasers Institute for Materials Science) Chaired by: Chee Keong Tan (United States) 1:30pm PMM 2 - 1:30pm WB3.1 - Neuromorphic Object Edge Detection with Artifical WC3 - Design of Nanophotonic Devices Photonic Spiking VCSEL-Neurons Chaired by: Jason Valentine (United States) and Desalegn Debu (United » Joshua Robertson (United Kingdom)1, Matěj Hejda (United Kingdom)1, States) Yahui Zhang (China)2, Julián Bueno (United Kingdom)1, Shuiying Xiang (China)2, Antonio Hurtado (United Kingdom)1 (1. University of WC3.1 - GaN Subwavelength Gratings by Machine Learning Design Strathclyde, 2. Xidian University) 1:30pm » Onoriode Ogidi-Ekoko (United States)1, Wen Liang (United States)1, Haotian Xue (United States)1, Nelson Tansu (United States)1 (1. Lehigh 1:45pm WB3.2 - Low threshold current single mode 894 nm VCSELs with University) SiO2/Si3N4 dielectric DBRs » Pingping Qiu (China)1, Bo Wu (China)2, Ming Li (China)1, Yaobin Li 1:45pm WC3.2 - Analytical Design of Additively Manufactured Focusing (China)1, Yiyang Xie (China)2, Qiang Kan (China)3 (1. Institute of Metamaterial Semiconductors, Chinese Academy of Sciences, 2. Beijing University of » Emma Woods (United Kingdom)1, Ricky Wildman (United Kingdom)1, Technology, 3. Institute of Semiconductors， Chinese Academy of Mark Fromhold (United Kingdom)1, Christopher Tuck (United Sciences) Kingdom)1 (1. University of Nottingham)

Powered by Ex Ordo, everything you need to run a research conference. Page 26 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 2pm WE3.2 - Self-Switching of Femtosecond Pulses in Highly Nonlinear Dual-Core Fibre » Mattia Longobucco (Poland)1, Ignas Astrauskas (Austria)2, Audrius 2pm WC3.3 - Y-junction Power Splitter Engineered Through Pugžlys (Austria)2, Dariusz Pysz (Poland)1, František Uherek (Slovakia)3, Subwavelength Metamaterials Andrius Baltuška (Austria)2, Ryszard Buczyński (Poland)4, Ignác Bugár » Raquel Fernández de Cabo (Spain)1, David González Andrade (Spain)1, (Poland)1 (1. Department of Glass, Łukasiewicz Research Network - Pavel Cheben (Canada)2, Aitor Villafranca Velasco (Spain)3 (1. Consejo Institute of Electronic Materials Technology, Warsaw, 2. Photonics Superior de Investigaciones Científicas (CSIC), 2. National Research Institute, Vienna University of Technology, Vienna, 3. International Council Canada, 3. Consejo superior de investigaciones cientificas) Laser Centre, Bratislava, 4. Department of Geophysics, Faculty of Physics, University of Warsaw, Warsaw)

2:15pm WC3.4 (Invited) - Enforcing Physics and Physical Constraints in Inverse Electromagnetics Design with Neural Networks 2:15pm WE3.3 - Piecewise Parabolic Phase Modulation Scheme for Suppression of Stimulated Brillouin Scattering » Jonathan Fan (United States)1 (1. Stanford) » Josh Young (United States)1, Jeffrey White (United States)2, Chengli Wei (United States)3, Jonathan Hu (United States)1, Curtis Menyuk 1:30pm SS EQD 2 - (United States)2 (1. Baylor University, 2. University of Maryland WD3 - Quantum Dot Materials and Devices Baltimore County, 3. University of Mary-Hardin Baylor) Chaired by: Lih Lin (United States) and Sean Garner (United States) 2:30pm WE3.4 - Noise figure of a 3-stage hybrid amplifier using parametric wavelength converters and EDFA 1:30pm WD3.1 (Invited) - Hidden Powers of Tiny Particles: From 1 1 Ultrabright LEDs and Multicolor Lasers to Power-Producing Solar » Afshin Shamsshooli (United States) , Cheng Guo (United States) , Michael Vasilyev (United States)2, Youichi Akasaka (United States)3, Windows 4 1 Tadashi Ikeuchi (United States) (1. Dept.of Electrical Engineering, » Victor Klimov (United States) (1. Los Alamos National Laboratory) University of Texas at Arlington Arlington, 2. Dept.of Electrical Engineering, University of Texas at Arlington, 3. Advanced Technology 2pm WD3.2 (Invited) - Nanocyrstal Optoelectronics using Efficient Labs, Fujitsu Network Communications Richardson, TX, 4. Network Colloidal Quantum Emitters: from Dots to Wells Technology Labs, Fujitsu Laboratories of America Richardson, TX) » Hilmi Volkan Demir (Turkey)1 (1. NTU Singapore and UNAM Bilkent University, Ankara, Turkey) 2:45pm WE3.5 - Demonstration of dispersive waveform propagation tracking with a temporal phase modulator » Xinyi Zhu (Canada)1, Luis Romero Cortés (Canada)1, José Azaña 2:30pm WD3.3 (Invited) - Luminescent Nanomaterials and Devices for (Canada)1 (1. Institut National de la Recherche Scientifique, Énergie, Display, Lighting and Photomedicine Matériaux et Télécommunications (INRS-EMT)) » Yajie Dong (United States)1 (1. University of Central Florida) 1:30pm NLUO 4 - 1:30pm OFT 2 - WF3 - Novel Sources and Techniques WE3 - Fiber Optic Imaging and Optical Signal Processing Chaired by: Goutam Samanta (India) and Sergey Popov (Sweden) Chaired by: Oleg Sinkin (United States) and Kevin Chen (United States) 1:30pm WF3.1 (Invited) - Orbital angular momentum microlaser: From the 1:30pm WE3.1 (Invited) - Optical Fiber Technology and Biomedical Imaging first demonstration to tunability » Shuo Tang (Canada)1 (1. University of British Columbia) » Liang Feng (United States)1 (1. University of Pennsylvania)

Powered by Ex Ordo, everything you need to run a research conference. Page 27 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 2pm WG3.2 - Size-Dependent Characterisation of Deep UV Micro-Light- Emitting Diodes » Daniel Maclure (United Kingdom)1, Jonathan J. D. McKendry (United 2pm Kingdom)1, Johannes Herrnsdorf (United Kingdom)1, Xiangyu He WF3.2 - Generation of Vortex Optical Pin-like Beams (United Kingdom)1, Enyuan Xie (United Kingdom)1, Erdan Gu (United » Domenico Bongiovanni (China)1, Denghui Li (China)1, Mihalis Kingdom)1, Martin D. Dawson (United Kingdom)1 (1. University of Goutsoulas (Greece)2, Daohong Song (China)1, Yi Hu (China)1, Nikolaos Strathclyde - Institute of Photonics) K. Efremidis (Greece)2, Roberto Morandotti (Canada)3, Zhigang Chen (China)1 (1. Nankai University, 2. University of Crete, 3. INRS-EMT) 2:15pm WG3.3 - A Mach-Zehnder Modulator Quadrature Point Biasing Circuit Immune to Laser Power Fluctuations » Ahmed Atef (Canada)1, Sudip Shekhar (Canada)1 (1. Department of 2:15pm Electrical and Computer Engineering, University of British Columbia.) WF3.3 - Mid-infrared Second Harmonic Generation in Ge/SiGe Coupled Quantum Wells » Jacopo Frigerio (Italy)1, Chiara Ciano (Italy)2, Andrea Ballabio (Italy)1, 2:30pm WG3.4 - Enhanced efficiency thermo-optic phase-shifter using Daniel Chrastina (Italy)1, Jonas Allerbeck (Germany)3, Joel Kuttruff multi-mode-interference device (Germany)3, Lunjie Zeng (Sweden)4, Eva Olsson (Sweden)4, Daniele » Bharat Pant (United Kingdom)1, Weiwei Zhang (United Kingdom)1, Brida (Luxembourg)5, Giovanni Isella (Italy)1, Michele Virgilio (Italy)6, Denh Tran (United Kingdom)1, Mehdi Banakar (United Kingdom)1, Han Michele Ortolani (Italy)7 (1. Politecnico di Milano, 2. Università Roma Du (United Kingdom)1, Xingzhao Yan (United Kingdom)1, Callum Tre, 3. University of Konstanz, 4. Chalmers University, 5. Université de Littlejohns (United Kingdom)1, Graham Reed (United Kingdom)1, David Luxembourg, 6. Università di Pisa, 7. Università di Roma la Sapienza) Thomson (United Kingdom)1 (1. University of Southampton)

2:45pm WG3.5 - Simple Digital Pre-equalization of VLC Links 2:30pm » Atchutananda Surampudi (United Kingdom)1, Steve Collins (United WF3.4 - All-Optical 40-GHz to 40-GHz Switching by Cascade Second- Kingdom)1 (1. University of Oxford) Order Nonlinearities in a QPM-PPLN Device » Yutaka Fukuchi (Japan)1, Yusuke Kameda (Japan)1 (1. Tokyo University of Science) 1:30pm OI 11 - WH3 - Optical Switching Chaired by: Shuren Hu (United States) 1:30pm OCN 5 - WG3 - Optical Subsystems 1:30pm WH3.1 - Low Loss 8 × 8 Silicon Photonic Banyan Switch Chaired by: Fotini Karinou (United States) and Youichi Akasaka (United » Alok Das (Canada)1, Hassan Rahbardar Mojaver (Canada)1, Guowu States) Zhang (Canada)1, Odile Liboiron-Ladouceur (Canada)1 (1. Department of Electrical and Computer Engineering, McGill University) 1:30pm WG3.1 (Invited) - External vs. Integrated Light Sources for Co- 1:45pm WH3.2 - A Novel On-chip Photonic Synapse Based on Slot-ridge Packaged Intra-Data Center Optics Waveguides » Brandon Buscaino (United States)1, Joseph M. Kahn (United States)1, » Huan Zhang (China)1, Beiju Huang (China)1, Chuantong Cheng Brian D. Taylor (United States)2 (1. Stanford University, 2. Inphi (China)1, Hongda Chen (China)1 (1. Institute of Semiconductors, Corporation) Chinese Academy of Sciences, University of Chinese Academy of Sciences)

Powered by Ex Ordo, everything you need to run a research conference. Page 28 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 3:30pm WB4.1 (Invited) - Oxygen-Enhanced Wet Thermal Oxidation for In- Plane Semiconductor Lasers » Douglas Hall (United States)1, Jinyang Li (United States)1, Yuan Tian 2pm (United States)1, Christopher Seibert (United States)1, Wangqing Yuan WH3.3 - Scalable SOA-Based Lossless Photonic Switch in InP (United States)1, Jusong Wang (United States)1, Di Liang (United States)1, Platform Nathaniel Crain (United States)1, Yong Luo (United States)1 (1. » Hassan Rahbardar Mojaver (Canada)1, Alok Das (Canada)1, Bahaa University of Notre Dame) Radi (Canada)2, Valery Tolstikhin (Canada)3, Kin-Wai Leong (Canada)4, Odile Liboiron-Ladouceur (Canada)1 (1. Department of Electrical and Computer Engineering, McGill University, 2. McGill University, 3. 4pm WB4.2 - Surface-Etched Laterally Structured Semiconductor Laser Intengent, Inc., 4. Rockport Networks Inc.) Diodes for Mode Engineering » Pawel Strzebonski (United States)1, Katherine Lakomy (United States) 1, Kent Choquette (United States)2 (1. University of Illinois, Urbana- 2:15pm Champaign, 2. [email protected]) WH3.4 - Multi-FSR Flex-LIONS: A Bandwidth Reconfigurable Optical Interconnect Architecture with Minimal Network Diameter 4:15pm WB4.3 - Low-cost semiconductor swept source laser for near- » Marjan Fariborz (United States)1, Pouya Fotouhi (United States)1, Xian infrared Optical Coherence Tomography Xiao (United States)1, Roberto Proietti (United States)1, S. J. Ben Yoo (United States)1 (1. University of California, Davis) » Aritra Roy (Ireland)1, Saroj Kanta Patra (Ireland)1, Tomasz Piwonski (Ireland)1 (1. Tyndall National Institute, University College Cork)

2:30pm 4:30pm WB4.4 - Continuous Wave Lasing in Strained Germanium WH3.5 - A Flexible HyperX Topology Using Silicon Photonic Microbridge Switching for Bandwidth Steering 1 2 1 1 » Francesco Armand Pilon (Switzerland) , Yann-Michel Niquet (France) , » Yu-Han Hung (United States) , Shijia Yan (United States) , Yiwen Shen 3 2 1 1 1 Vincent Reboud (France) , Vincent Calvo (France) , Nicolas Pauc (United States) , Ziyi Zhu (United States) , Min Yee (United States) , 2 2 2 1 1 (France) , Julie Widiez (France) , Jean-Michel Hartmann (France) , Alexei Madeleine Glick (United States) , Keren Bergman (United States) (1. Chelnokov (France)2, Jerome Faist (Switzerland)4, Hans Sigg Columbia University) (Switzerland)1 (1. Paul Scherrer Institut, 2. Universite Grenoble Alpes, CEA, IRIG-DePhy, 3. Univ. Grenoble Alpes, CEA, LETI, 38054 Grenoble, France, 4. Institute for Quantum Electronics, ETH Zürich) 2:45pm WH3.6 - A Reconfigurable Broadband Space-Mode Router using Multiplane Light Conversion 4:45pm WB4.5 - Correlation Between Strain and Maximum Lasing » Yuanhang Zhang (United States)1, He Wen (United States)1, Nicholas Temperature in GeSn Microbridges Fontaine (United States)2, Haoshuo Chen (United States)2, Patrick » Jérémie Chrétien (France)1, Nicolas Pauc (France)2, Quang Minh Thai LiKamWa (United States)1, Guifang Li (United States)1 (1. CREOL, The (France)1, Francesco Armand Pilon (Switzerland)3, Lara Casiez (France)4, College of Optics, University of Central Florida, 2. Nokia Bell Labs) Marvin Frauenrath (France)5, Rami Khazaka (France)5, Denis Rouchon (France)5, Jerome Faist (Switzerland)6, Hans Sigg (Switzerland)3, Alexei Chelnokov (France)5, Vincent Reboud (France)5, Samuel Tardif (France)1, Jean-Michel Hartmann (France)5, Vincent Calvo (France)1 (1. Univ. 3:30pm SL6 - Grenoble Alpes, CEA, IRIG-DePhy, 2. Univ. Grenoble Alpes, CEA, IRIG- WB4 - Novel Processing and Materials for Lasers DePhy, 38054 Grenoble, France, 3. Paul Scherrer Institut, 4. Univ. Chaired by: Hongping Zhao (United States) and Nelson Tansu (United Grenoble Alpes, CEA, LETI, 38054 Grenoble, France, 5. Univ. Grenoble States) Alpes, CEA, LETI, 6. Institute for Quantum Electronics, ETH Zürich)

Powered by Ex Ordo, everything you need to run a research conference. Page 29 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 4:30pm WC4.1 (Invited) - Nanophotonic Structures for Spectral Emission Control » Michelle Povinelli (United States)1, Ahmed Morsy (United States)2, 3:30pm PMM 3 - Romil Audhkhasi (United States)1, Aravind Krishnan (United States)1 (1. WC4 - Nanophotonic Emitters, Detectors, and Filters University of Southern California, 2. University of Southern Californi) Chaired by: Dan Wasserman (United States) and Anthony Hoffman (United States) 3:30pm PIP 1 - WD4 - Silicon Photonics, Components and Integration 3:30pm WC4.2 - Metallic Nanohole Integrated on a Dielectric Multilayer Chaired by: Di Liang (United States) and Sarvagya Dwivedi (Belgium) for IR Multispectral Imaging » Yajing Liu (Australia)1, XIN HE (Australia)1, Paul Beckett (Australia)2, 3:30pm WD4.1 (Invited) - Quantum dot lasers based photonic integrated Hemayet Uddin (Australia)3, Ampalavanapillai Nirmalathas (Australia)1, circuits 1 Ranjith Unnithan (Australia) (1. Department of Electrical and Electronic » Frédéric Grillot (France)1, Jianan Duan (France)1, Bozhang Dong Engineering, The University of Melbourne, 2. RMIT University, 3. (France)1, Heming Huang (France)1, Songtao Liu (United States)2, Justin Melbourne Centre for Nanofabrication) Norman (United States)2, Weng Chow (United States)3, John Bowers (United States)2 (1. Institut Polytechnique de Paris, 2. Department of Electrical and Computer Engineering, University of California Santa 3:45pm WC4.3 - Planar Structure with High Spectrally-Selective Emittance Barbara, 3. Sandia National Lab) for Passive Radiative Cooling » Nusrat Alim (Australia)1, Ahasanul Haque (Australia)1, Evgeny 4pm WD4.2 - Integrated Silicon Photonics Processing Elements for Morozov (Australia)1, Svetlana V. Boriskina (United States)2, Haroldo Neural Networks and Switching Applications Hattori (Australia)1, Andrey Miroshnichenko Miroshnichenko » Philippe Velha (Italy)1 (1. Scuola Superiore Sant'Anna) (Australia)1 (1. University of New South Wales (UNSW), 2. Massachusetts Institute of Technology (MIT)) 4:15pm WD4.3 - 3D Integrated Laser Attach Technology on 300-mm Monolithic Silicon Photonics Platform 4pm 1 WC4.4 - Angle Independent Narrow Bandpass Filters based on the » Yusheng Bian (United States) , Koushik Ramachandran (United Localized Surface Plasmon States)1, Bo Peng (United States)1, Brittany Hedrick (United States)1, Keith Donegan (United States)1, Jorge Lubguban (United States)1, » XIN HE (Australia)1, Yajing Liu (Australia)1, Paul Beckett (Australia)2, Benjamin Fasano (United States)1, Jim Pape (United States)1, Asli Sahin Hemayet Uddin (Australia)3, Ampalavanapillai Nirmalathas (Australia)1, (United States)1, Thomas Houghton (United States)1, Karen Nummy Ranjith Unnithan (Australia)1 (1. Department of Electrical and Electronic (United States)1, Jay Steffes (United States)1, Louis Medina (United Engineering, The University of Melbourne, 2. RMIT University, 3. States)1, Subharup Roy (United States)1, Harry Cox (United States)1, Bart Melbourne Centre for Nanofabrication) Green (United States)1, Kevin Dezfulian (United States)1, Won Suk Lee (United States)1, Andy Stricker (United States)1, Kate Mclean (United States)1, Shuren Hu (United States)1, Zoey Sowinski (United States)1, 4:15pm 1 WC4.5 - Microbubble-Assisted Concentration and Ultrasensitive Colleen Meagher (United States) , Abdelsalam Aboketaf (United Detection of Biomolecules Using Plasmonic Chiral Metamaterials States)1, Michal Rakowski (United States)1, Mai. Randall (United States)1, Ian Melville (United States)1, Dave Riggs (United States)1, Ajey Jacob » Yaoran Liu (United States)1, Yuebing Zheng (United States)2, Zilong (United States)1, Rod Augur (United States)1, Daniel Berger (United Wu (United States)2 (1. the university of texas, 2. the university of texas States)1, Anthony Yu (United States)1, Ken Giewont (United States)1, at austin) John Pellerin (United States)1 (1. Globalfoundries, inc)

Powered by Ex Ordo, everything you need to run a research conference. Page 30 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 3:30pm NLUO 5 - WF4 - Integrated Nonlinear Photonics Chaired by: Alireza Marandi (United States) and Chaitanya Kumar 4:30pm WD4.4 - Passive and Active Thermal Management of Bonded Bare- Dice Laser Diodes on Polymer Foil Substrates Suddapalli (Spain) » Sebastian Bengsch (Germany)1, Marc Christopher Wurz (Germany)1 (1. Leibniz University Hanover) 3:30pm WF4.1 - Laser-driven solenoidal currents for ultrafast magnetic field excitation 4:45pm WD4.5 - Integrated All-optical VO2/Si Waveguide Switch » Shawn Sederberg (Canada)1, Kamalesh Jana (Canada)1, Katherine » Jorge Parra (Spain)1, Todora Angelova (Spain)1, Mariela Menghini Herperger (Canada)1, Fanqi Kong (Canada)1, Felix Hufnagel (Canada)1, (Belgium)2, Pía Homm (Belgium)2, Jean-Pierre Locquet (Belgium)2, Pablo Chunmei Zhang (Canada)1, Ebrahim Karimi (Canada)1, Paul B. Corkum Sanchis (Spain)1 (1. Universitat Politècnica de València, 2. Katholieke (Canada)1 (1. University of Ottawa) Universiteit Leuven)

3:45pm 5pm WD4.6 - Ultra-Low Voltage Silicon Photonic MEMS Phase Shifter WF4.2 - Broadband Supercontinuum Generation on an Industrial Platform » venkatesh deenadayalan (United States)1, Matthew van Niekerk (United States)1, Michael Fanto (United States)2, Stefan Preble (United » Christian Lafforgue (France)1, Sylvain Guerber (France)2, Guillaume States)1 (1. Rochester Institute of Technology, 2. Air Force Research Marcaud (France)1, Joan Manel Ramirez (France)3, Carlos Alonso-Ramos Laboratory) (France)1, Xavier Le Roux (France)1, Delphine Marris-Morini (France)1, Eric Cassan (France)1, Frederic Boeuf (France)4, Sébastien Cremer (France)5, Charles Baudot (France)5, Stéphane Monfray (France)5, 3:30pm WE4 - Awards II Laurent Vivien (France)1 (1. Université Paris-Saclay, CNRS, Centre de Chaired by: Christina Lim (Australia) and Weidong Zhou (United States) Nanosciences et de Nanotechnologies, 2. Technologie R&D, STMicroelectronics, 3. III-V Lab, a joint venture from Nokia Bell Labs, Thalès and CEA, 4. STMicroelectronics, Rue Jean Monnet 38054 Crolles, WE4.1 (Awards) - Computational Laser Metrology for Multimode 3:30pm France, 5. STMicroelectronics) Fiber Communication » Juergen Czarske (Germany)1 (1. TU Dresden) 4pm WF4.4 - Hydrophobicity of Back-Illuminated Polymer Film Surfaces WE4.2 (Awards) - William Streifer Scientific Achievement Award 4pm » Deepak Kallepalli (Canada)1, Alan Godfrey (Canada)1, Jesse Ratté Semiconductor Diode Based Ultrafast Laser Science and 1 1 Technology (Canada) , Paul B. Corkum (Canada) (1. University of Ottawa) » Peter Delfyett (United States)1 (1. CREOL, The College of Optics, University of Central Florida) 4:15pm WF4.5 - Nonlinear Response of ENZ Plasmon Modes near 1550 nm 1 2 WE4.3 (Awards) - Optics of Nonlinear Periodic Structures » Cong Liu (United States) , M. Zahirul Alam (Canada) , Karapet 4:30pm Manukyan (United States)1, Kai Pang (United States)1, Yiyu Zhou 1 » Herbert Winful (United States) (1. EECS Department, University of (United States)3, Hao Song (United States)1, Xinzhou Su (United States)1, Michigan) Joshua Hendrickson (United States)4, Evan Smith (United States)4, Moshe Tur (Israel)5, Robert Boyd (United States)2, Alan Willner (United 1 5pm WE4.4 (Awards) - Reflective Optical Limiters Based on Tunable States) (1. University of Southern California, 2. University of Ottawa, 3. Resonant Transmission University of Rochester, 4. Air Force Research Laboratory, 5. Tel Aviv University) » Mikhail Kats (United States)1 (1. University of Wisconsin, Madison)

Powered by Ex Ordo, everything you need to run a research conference. Page 31 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Wednesday, 30 September 3:45pm WH4.2 (WS) - Ghobadi » Manya Ghobadi (United States)1 (1. Massachusetts Institute of 4:30pm WF4.6 - Nonlinear Optical Responses of Plasmonic Meatsurface Technology (MIT)) with Sub-nm Gaps Calculated by TDDFT with Jellium Model » Takashi Takeuchi (Japan)1, Kazuhiro Yabana (Japan)1 (1. University of 4pm Tsukuba) WH4.3 (WS) - Dennison » Larry Dennison (United States)1 (1. NVIDIA) 4:45pm WF4.3 - Fabrication of Two-Dimensional Microstructure to Achieve Topological Liquid Crystals Patterns. 4:15pm » Marouen CHEMINGUI (China)1, Xiao SONG (China)1, Xiaorong LI WH4.4 (WS) - Stojanovic (China)1, Xinyuan ZHANG (China)1, Qiang WU (China)1, Xinzheng ZHANG » Vladimir Stojanovic (United States)1 (1. Ayar Labs, Inc) (China)1, Irena DREVENSEK-OLENIK (Slovenia)2, Jingjun XU (China)1 (1. The MOE Key Laboratory of Weak-Light Nonlinear Photonics and TEDA Institute of Applied Physics and School of Physics, Nankai University, 5pm OFT Q&A Zoom Panel I Tianjin, China, 2. Faculty of Mathematics and Physics, University of Ljubljana and Department of Complex Matter, J. Stefan Institute, Ljubljana, Slovenia)

3:30pm OCN 6 - WG4 - Data Center Infrastructure Thursday, 1 October Chaired by: Dora Van Veen (United States) and Fotini Karinou (United States) 8:30am QPIT 4 - 3:30pm WG4.1 (Tutorial) - Data Center Optical Interconnects ThA1 - Towards On-chip Quantum Information Processing » Laurent Schares (United States)1 (1. IBM) Chaired by: Joseph Lukens (United States) and Michael Brodsky (United States)

4:30pm WG4.2 (Invited) - Future Datacenter Infrastructure: Challenges 8:30am and Opportunities ThA1.1 (Invited) - On-chip Photonic Devices for Quantum » Brad Booth (United States)1 (1. Microsoft) Information Processing » Nobuyuki Matsuda (Japan)1 (1. Department of Communications Engineering, Tohoku University) 3:30pm OI 12 - WH4 - OI Workshop: Optics and Networking for Artificial Intelligence and Machine Learning 9am ThA1.2 - Quantum Random Number Generation on Alibaba Cloud Chaired by: Jock Bovington (United States) Servers » Leilei Huang (China)1, Hongyi Zhou (Japan)2, Chongjin Xie (China)3 (1. 3:30pm WH4.1 (WS) - Costa Alibaba, 2. University of Tokyo, 3. Alibaba Cloud Intelligence Business » Paolo Costa (United States)1 (1. Microsoft) Group)

Powered by Ex Ordo, everything you need to run a research conference. Page 32 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 9:15am ThB1.3 - 1.6 µm continuous-wave lasing from InAs-AlGaInAs quantum dash micro-disk lasers grown on (001) silicon 1 1 1 9:15am » Liying LIN (China) , Wei LUO (Hong Kong) , Si ZHU (Hong Kong) , Kei ThA1.3 - Microring resonator based single qubit unitary for 1 photonic quantum information processing May Lau (Hong Kong) (1. Hong Kong University of Science and Technology) » Matteo Pennacchietti (Canada)1, Alexander N. Tait (United States)2, Bhavin J. Shastri (Canada)3 (1. Queen's University, 2. Physical Measurement Laboratory, National Institute of Standards and 9:30am Technology,, 3. Department of Physics Engineering Physics & ThB1.4 - InP-based Lasers Grown on 220 nm SOI by Lateral/vertical Astronomy, Queen's University) Aspect Ratio Trapping » Yu Han (Hong Kong)1, Zhao Yan (Hong Kong)1, Wai Kit Ng (Hong 1 1 1 9:30am Kong) , Ying XUE (Hong Kong) , Kam Sing Wong (Hong Kong) , Kei May ThA1.4 - Ytterbium implanted lithium niobate ring resonators on Lau (Hong Kong)1 (1. Hong Kong University of Science and Technology) insulator: Fabrication and Characterization » Dongmin Pak (United States)1, Haechan An (United States)1, Xiaodong Jiang (United States)1, Arindam Nandi (United States)1, Yi Xuan (United 9:45am States)1, Mahdi Hosseini (United States)1 (1. Purdue University - West ThB1.5 - Electrically pumped CW Lasing of 1.5 µm QDash lasers Lafayette) grown on (001) Si » Ying XUE (Hong Kong)1, Wei LUO (Hong Kong)1, Si ZHU (Hong Kong)1, Liying LIN (China)1, Bei Shi (China)1, Kei May Lau (Hong Kong)1 (1. Hong 9:45am ThA1.5 - Nanophotonic quantum network nodes based on Kong University of Science and Technology) epitaxial rare-earth on silicon heterostructures » Christina Wicker (United States)1, Yizhong Huang (United States)1, Hong Qiao (United States)1, Manish Singh (United States)1, Abhinav 8:30am PMM 4 - Prakash (United States)2, Alan Dibos (United States)2, Supratik Guha ThC1 - Metamaterial and Metasurface Devices (United States)3, Tian Zhong (United States)1 (1. University of Chicago, 2. Argonne National Laboratory, 3. Univeristy of Chicago) Chaired by: Ranjith Unnithan (Australia) and Milan Palei (United States)

8:30am 8:30am SL 7 - ThC1.1 - Asymmetric Metamaterial Waveguides ThB1 - Integrated Lasers on Silicon » Juarez Caetano da Silva (Brazil)1, Vitaly Felix Rodriguez Esquerre Chaired by: Douglas Hall (United States) (Brazil)2, Zhaowei Liu (United States)3 (1. Federal Institute of Bahia, 2. Federal University of Bahia, 3. University of California)

8:30am ThB1.1 (Invited) - Lasers Grown on Silicon by Heteroepitaxy » Jonathan Klamkin (United States)1 (1. University of California at Santa 8:45am Barbara) ThC1.2 - Programmable Phase-change Metasurface for Multimode Photonic Convolutional Neural Network » Changming Wu (United States)1, Heshan Yu (United States)2, 9am ThB1.2 - 1.55 µm Quantum Dash CW Lasers on Planar (001) Si Seokhyeong Lee (United States)1, Ruoming Peng (United States)1, Ichiro 3 1 » Wei LUO (China)1, Ying XUE (Hong Kong)1, Jie Huang (China)1, Liying Takeuchi (United States) , Mo Li (United States) (1. University of LIN (China)1, Bei Shi (China)1, Kei May Lau (Hong Kong)1 (1. Hong Kong Washington, 2. University of Ma, 3. University of Maryland, College University of Science and Technology) Park)

Powered by Ex Ordo, everything you need to run a research conference. Page 33 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 9:30am ThD1.2 - High Coupling Efficiency Vertical Hybrid Integration Device by Selectively Defining Underneath Si Waveguide 9am ThC1.3 - Metamaterial Engineered C+L Band 90º Hybrid with 150 » Yi-jen Chiu (Taiwan)1, Yang-Jeng Chen (Taiwan)1, YI-HSIN FANG nm Feature Size (Taiwan)1, Bo-Hong Chen (Taiwan)1, Cong-Long Chen (Taiwan)1 (1. » Abdelfettah Hadij-ElHouati (Spain)1, Robert Halir (Spain)1, Alejandro Department of Photonics, National Sun Yat-Sen University) Ortega-Moñux (Spain)1, Gonzalo Wangüemert-Pérez (Spain)1, Hugh Podmore (Canada)2, Jens H. Schmid (Canada)3, Pavel Cheben (Canada)3, Íñigo Molina-Fernández (Spain)1 (1. Universidad de Malaga, 2. 9:45am Honeywell Aerospace, 3. National Research Council Canada) ThD1.3 - Polarization-Diversity Evanescent Coupler on Silicon with Integrated Polarization Splitter » Jean-Etienne Tremblay (United States)1, Johannes Henriksson (United 9:15am ThC1.5 - A wide aperture metasurface for the control of high order States)1, Ming Wu (United States)1 (1. University of California, Berkeley) diffraction » Md. Mamunur Rashid (Australia)1, Haroldo Hattori (Australia)1, David A. Powell (Australia)1 (1. University of New South Wales (UNSW)) 8:30am PSS 3 - ThE1 - Avalanche Photodetectors 9:30am ThC1.6 - Reconfigurable Holograms Using VO2-Based Tunable Chaired by: Majeed Hayat (United States) Metasurface » Tamar Perry (Israel)1, Jacob Scheuer (Israel)2 (1. Department of 8:30am Physics and Astronomy, Tel-Aviv University, 2. School of EE, Tel Aviv- ThE1.1 - Efficient Absorption Enhancement Approaches for University) AlInAsSb Avalanche Photodiodes for 2-μm Applications » Dekang Chen (United States)1, Keye Sun (United States)1, Andrew 1 1 9:45am ThC1.4 - Polarization Management Devices Based on Anisotropy Jones (United States) , Joe Campbell (United States) (1. university of Engineered Metamaterials virginia) » Alaine Herrero (Spain)1, José Manuel Luque-González (Spain)2, Antonio Dias (Spain)3, Alejandro Ortega-Moñux (Spain)2, Pavel Cheben (Canada)4, Íñigo Molina-Fernández (Spain)2, Aitor Villafranca Velasco 8:45am (Spain)5, Robert Halir (Spain)2 (1. Consejo Superior de Investigaciones ThE1.2 - High-Speed Heterogeneous Quantum Dot Avalanche Científicas (CSIC), 2. Universidad de Malaga, 3. Alcyon Photonics S.L., 4. Photodiodes with Polarization Dependent Gain National Research Council Canada, 5. Consejo superior de » Bassem Tossoun (United States)1, SUDHARSANAN SRINIVASAN investigaciones cientificas) (United States)1, Antoine Descos (United States)1, Geza Kurczveil (United States)1, Di Liang (United States)1, Raymond G. Beausoleil (United States)1 (1. Hewlett Packard Enterprise) 8:30am PIP 2 - ThD1 - PIP Tutorial & Silicon Photonics Integration Chaired by: Oussama Moutanabbir (Canada) and Di Liang (United States) 9am ThE1.3 - Modeling of InGaAs/AlGaAsSb Avalanche Photodiodes with High Gain-bandwidth Product 8:30am ThD1.1 (Tutorial) - Silicon-Photonic Optical Phased Array for 1 1 1 Coherent Optical Beam Steering » Yegao Xiao (Canada) , Zhiqiang Li (Canada) , Zhanming Li (Canada) (1. Crosslight Software Inc) » S. J. Ben Yoo (United States)1 (1. UC Davis)

Powered by Ex Ordo, everything you need to run a research conference. Page 34 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 9am ThF1.3 - MD and MDL Characterization Using Direct-Detection Pulse Measurements » Mahmoudreza Dadras Jedi Goldehi (United States)1, Ioannis Roudas 9:15am ThE1.4 - Engineering DUV and NUV Response in 4H-SiC Avalanche (United States)1, Jaroslaw Kwapisz (United States)1 (1. Montana State Photodiodes University-Bozeman) » Jonathan Schuster (United States)1, Anand Sampath (United States)2, 2 2 Stephen Kelley (United States) , Jeremy Smith (United States) , 9:15am ThF1.4 - In-Fiber Mode Conversion from LP11 to LP21 Based on 2 Kimberley Olver (United States) , Antonio Llopis-Jepsen (United States) Grating-Assisted Phase Matching with Polarization Control 2 2 3 , Michael Wraback (United States) , yang shen (United States) , Quigui 1 1 Zhou (United States)4, Joe Campbell (United States)3 (1. U. S. Army » Hajime Sakata (Japan) , Wataru Onishi (Japan) (1. Shizuoka Research Laboratory, 2. U.S. Army Research Laboratory, 3. university of University) virginia, 4. University of Virgina) 9:30am ThF1.5 - Relaxed Adiabatic Evolution of Fundamental HE11 Mode on Etched Optical Fiber Tapers 9:30am ThE1.5 - Low Leakage Current Mesa-type Avalanche Photodiodes » Gyeongho Son (Korea, Republic of)1, Jiwon Choi (Korea, Republic of)1, with Zn-diffused Sidewall Dae Seok Han (Korea, Republic of)1, Youngjae Jeong (Korea, Republic » Oliver Pitts (Canada)1, Alexandre Walker (Canada)1, Costel Flueraru of)1, Kyoungsik Yu (Korea, Republic of)1 (1. KAIST) (Canada)1, Craig Storey (Canada)1, Anthony SpringThorpe (Canada)1 (1. National Research Council Canada) 9:45am ThF1.6 - Modeling of Laser Beam Shaping with a Single Abruptly Tapered Fiber 8:30am OFT 3 - » Xiamin Leng (Canada)1, Scott Yam (Canada)1 (1. Queen's University) ThF1 - Space Division Multiplexing Technologies Chaired by: Nicholas Fontaine (United States) and Oleg Sinkin (United 8:30am OI 13 - States) ThH1 - On Board Optics and Transceivers Chaired by: James Stewart (United States) 8:30am ThF1.1 - Mode-Group Demultiplexers Using Thin-Film Filters » Fatemeh Ghaedi Vanani (United States)1, Alireza Fardoost (United 8:30am ThH1.1 (Invited) - Silicon Photonic-based Transceivers and States)1, Guifang Li (United States)1 (1. CREOL, The College of Optics, Subsystems for On-board and Inter-DC Interconnects University of Central Florida) » Miltiadis Moralis-Pegios (Greece)1, Stelios Pitris (Greece)1, Nikos Terzenidis (Greece)1, Theoni Alexoudi (Greece)1, Nikos Pleros (Greece)1 (1. Aristotle University) 8:45am ThF1.2 - Reconfigurable mode-selective frequency conversion in a three-mode fiber 9am ThH1.2 - Development of On-Board Optics Blade for Hyper-Scale » Afshin Shamsshooli (United States)1, Cheng Guo (United States)1, Data Center Fabric Switches 1 Michael Vasilyev (United States) , Francesca Parmigiani (United 1 2 2 3 » Christopher Berry (United States) , Brian Welch (United States) , Kingdom) , Xiaoying Li (China) (1. Dept. of Electrical Engineering, Rongchun Zhou (United States)1, Joseph Balardeta (United States)2, University of Texas at Arlington, 2. Microsoft Research Cambridge, 3. Hussameddine Kabbani (United States)1, Jimmy Leung (United States)1, College of Precision Instruments and Opto-electronics Engineering, Key Nhan Hoang (United States)1, Vincent Zeng (United States)1, Peter De Laboratory of Opto-electronic Information Technical Science of Dobbelaere (United States)2, Ruby Chen (United States)1, James Stewart Ministry of Education, Tianjin University) (United States)1 (1. Facebook, Inc., 2. Cisco Systems, Inc.)

Powered by Ex Ordo, everything you need to run a research conference. Page 35 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 9am ThI1.3 - Ultra-High-Efficiency Fiber-to-Chip Coupler Based on a Waveguide Array » Matthew Puckett (United States)1, Neil Krueger (United States)1 (1. 9:15am ThH1.3 - Low Cost Six-Channel CWDM Transceiver Module for All Honeywell) Optical Interconnection » Sung-Geun Kim (Korea, Republic of)1, Hee-Dae Kim (Korea, Republic 9:15am ThI1.4 - Polarization-independent 1D grating coupler design on the of)2, Sung Hwan Hwang (Korea, Republic of)3, Il Kim (Korea, Republic 2 2 hybrid Si-LNOI platform of) , Hyun-Kuk Shin (Korea, Republic of) , Sang-Wan Ryu (Korea, 1 2 1 » XINYU MA (United States) , Chijie Zhuang (China) , Rong Zeng (China) Republic of) (1. Chonnam National University, 2. Opticis Inc., 3. Korea 2 3 Photonics Technology Institute) , Weidong Zhou (United States) (1. Department of Electrical Engineering, University of Texas at Arlington; Tsinghua University, 2. Department of Electrical Engineering, Tsinghua University, 3. 9:30am ThH1.4 - Burst-Mode Characteristics of Datacom Transceivers Department of Electrical Engineering, University of Texas at Arlington) » Jason Kelley (United States)1, Alex Forencich (United States)1, George 1 Papen (United States) (1. University of California San Diego) 9:30am ThI1.5 - Low-loss, Low-crosstalk Silicon Nitride Array Waveguide Grating using Multimode Waveguide at 850nm 9:45am ThH1.5 - A novel optical receiver for PAM-4 transmission » Jaegyu Park (Korea, Republic of)1, Jiho Joo (Korea, Republic of)1, Gyungock Kim (Korea, Republic of)1 (1. Electronics and » Shenghao Liu (United Kingdom)1, Ke Li (United Kingdom)1, Xiaoke Telecommunications Research Institute (ETRI)) Ruan (China)2, David Thomson (United Kingdom)1, Yang Hong (United Kingdom)1, Fan Yang (China)2, Lei Zhang (China)3, Cosimo Lacava (United Kingdom)1, Fanfan Meng (United Kingdom)1, Weiwei Zhang 9:45am ThI1.6 - Toward Inverse-designed Optical Interconnect 1 1 (United Kingdom) , Perikis Petropoulos (United Kingdom) , Fan Zhang 1 1 2 1 » Kiyoul Yang (United States) , Jinhie Skarda (United States) , Geun Ho (China) , Graham Reed (United Kingdom) (1. University of Ahn (United States)1, Melissa Guidry (United States)1, Jelena Vuckovic Southampton, 2. Peking University, 3. Peking) (United States)1 (1. Ginzton Laboratory Stanford)

8:30am OI 14 - 10am ThI1.7 (Invited) - Re-designing the Cloud Beyond the End-of- ThI1 - Integrated Passives and Couplers Moore’s Law Chaired by: Abdul Yurt (Belgium) » Fotini Karinou (United States)1 (1. Microsoft)

8:30am ThI1.1 - Design of Compact Silicon Antennas Based on High 10:30am QPIT 5 - Directionality Gratings ThA2 - QKD 1 2 » Shahrzad Khajavi (Canada) , Daniele Melati (Canada) , Pavel Cheben Chaired by: Daniel Jones (United States) and Michael Brodsky (United 2 2 2 (Canada) , Jens H. Schmid (Canada) , Dan-Xia Xu (Canada) , Siegfried States) Janz (Canada)2, Winnie N. Ye (Canada)1 (1. Carleton University, 2. National Research Council Canada) 10:30am ThA2.1 - Implementation of repeaterless quantum key distribution over 502 km fibers 8:45am ThI1.2 - Dual-Band Polarization-Independent Subwavelength » Pei Zeng (China)1, Hui Liu (China)2, Weijie Wu (China)1, Xiongfeng Ma Grating Coupler for Wavelength Demultiplexing (China)1, Teng-Yun Chen (China)2 (1. Center for Quantum Information, » Tianyi Hao (Canada)1, Alejandro Sánchez-Postigo (Spain)2, Pavel Institute for Interdisciplinary Information Sciences, Tsinghua Cheben (Canada)3, Winnie N. Ye (Canada)1 (1. Carleton University, 2. University, 2. Hefei National Laboratory for Physical Sciences at Universidad de Malaga, 3. National Research Council Canada) Microscale and Department of Modern Physic,)

Powered by Ex Ordo, everything you need to run a research conference. Page 36 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 10:45am ThB2.2 - Destabilization of Quantum Cascade Lasers Using Tilted Optical Feedback » Xing-Guang Wang (China)1, Bin-Bin Zhao (China)1, Yu Deng (China)1, 10:45am ThA2.2 - System analysis of Si-photonic receivers for differential Cheng Wang (China)1 (1. Shanghaitech University) phase shift quantum key distribution protocols » Abdelrahman Afifi (Canada)1, Sudip Shekhar (Canada)1, Lukas 1 2 Chrostowski (Canada) , Jeff Young (Canada) (1. Department of 11am Electrical and Computer Engineering, University of British Columbia., 2. ThB2.3 - GeSn Heterostructures LEDs for Gas Detection Department of Physics and Astronomy, University of British Columbia) » Lara Casiez (France)1, Bertrand Mathieu (France)1, Jérémie Chrétien (France)2, Andrea Quintero (France)1, Quang Minh Thai (France)2, Marvin Frauenrath (France)1, Oliver Lartigue (France)1, Pierre Barritault 11am ThA2.3 - Indoor Optical Wireless Communications using Quantum (France)1, Nicolas Bernier (France)1, Philippe Rodriguez (France)1, Alexei Key Distribution at 1370 nm Chelnokov (France)1, Jean-Michel Hartmann (France)1, Nicolas Pauc » Vincent Lee (United Kingdom)1, Dominic O'Brien (United Kingdom)1 (France)2, Vincent Calvo (France)2, Vincent Reboud (France)1 (1. Univ. (1. University of Oxford) Grenoble Alpes, CEA, LETI, 2. Univ. Grenoble Alpes, CEA, IRIG-DePhy)

11:15am ThA2.4 - Reproducing the most general quantum channel in the 11:15am ThB2.4 - Optical Noise of Interband Cascade Lasers Subject to lab: is it possible? Optical Feedback 1 2 » Gabriele Riccardi (Italy) , Daniel E. Jones (United States) , Cristian 1 1 1 Antonelli (Italy)1, Michael Brodsky (United States)3 (1. University of » Yu Deng (China) , Zhuo-Fei Fan (China) , Cheng Wang (China) (1. L'Aquila, 2. U. S. Army Research Laboratory, 3. U.S. Army Research Shanghaitech University) Laboratory)

11:30am ThB2.5 - Surface and bulk scattering engineering in 11:30am ThA2.5 (Invited) - Overcoming Channel Loss Effects in Continuous- microresonators for enhancement of laser stabilization via self- Variable Quantum Key Distribution injection locking » Masoud Ghalaii (United Kingdom)1, Carlo Ottaviani (United Kingdom) » Ramzil Galiev (Russian Federation)1, Nikita Kondratiev (Russian 1, Rupesh Kumar (United Kingdom)1, Sima Bahrani (United Kingdom)2, Federation)1, Valery Lobanov (Russian Federation)1, Igor Bilenko Stefano Pirandola (United Kingdom)1, Mohsen Razavi (United (Russian Federation)1 (1. Russian Quantum Center, Skolkovo) Kingdom)3 (1. University of York, 2. University of Edinburgh, 3. University of Leeds) 11:45am ThB2.6 - Defects Management in the Gain Media of GeSn Micro- 10:30am SL 8 - disk Lasers ThB2 - Mid Infrared and Resonator Laser Physics » Binbin Wang (France)1, Anas Elbaz (France)1, Etienne Herth (France)1, 1 1 Chaired by: Luke J. Mawst (United States) and Jerome Faist (Switzerland) Emilie Sakat (France) , Alan Durnez (France) , Cédric Villebasse (France)1, Gilles Patriarche (France)1, Xavier Checoury (France)1, Konstantinos Pantzas (France)1, Isabelle Sagnes (France)1, Jérémie 10:30am ThB2.1 - All-optical modulation at mid-infrared wavelength with Chrétien (France)2, Lara Casiez (France)3, Vincent Calvo (France)2, Alexei QCLs Chelnokov (France)3, Nicolas Pauc (France)2, Frederic Boeuf (France)4, 3 3 1 2 Vincent Reboud (France) , Jean-Michel Hartmann (France) , Moustafa El » Olivier Spitz (France) , Andreas Herdt (Germany) , Grégory Maisons 1 (France)3, Mathieu Carras (France)3, Wolfgang Elsässer (Germany)2, Kurdi (France) (1. C2N - Center for Nanoscience and Nanotechnology, Frédéric Grillot (France)1 (1. Télécom Paris, 2. Technische Universität 2. Univ. Grenoble Alpes, CEA, IRIG-DePhy, 3. Univ. Grenoble Alpes, CEA, Darmstadt, 3. mirSense) LETI, 4. STMicroelectronics)

Powered by Ex Ordo, everything you need to run a research conference. Page 37 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 11am ThD2.2 - Transfer-print Integration of GaAs p-i-n Photodiodes onto Silicon Nitride Photonic Integrated Circuits » Jeroen Goyvaerts (Belgium)1, Sulakshna Kumari (Belgium)1, Sarah 10:30am PMM 5 - Uvin (Belgium)1, Jing Zhang (Belgium)1, Roel Baets (Belgium)1, Agnieszka ThC2 - Photonic Materials Gocalinska (Ireland)2, Emanuele Pelucchi (Ireland)2, Brian Corbett 2 1 Chaired by: Elaheh Ahmadi (United States) and Paul Simmonds (United (Ireland) , Gunther Roelkens (Belgium) (1. Ghent University - IMEC, 2. States) Tyndall National Institute, University College Cork)

ThD2.3 - Femtojoule Technology Roadmap for TeraMAC 10:30am ThC2.1 - Enhanced thermo-optic effect in PECVD deposited silicon- 11:15am Neuromorphic Photonic Accelerators rich silicon nitride » George Dabos (Greece)1, Angelina Totovic (Greece)1, Nikolaos Passalis » Hani Nejadriahi (United States)1, Alex Friedman (United States)1, Rajat (Greece)1, Anastasios Tefas (Greece)1, Nikos Pleros (Greece)1 (1. Sharma (United States)2, Steve Pappert (United States)1, Yeshaiahu Aristotle University of Thessaloniki, Dept. of Informatics) Fainman (United States)1, Paul Yu (United States)1 (1. Department of Electrical and Computer Engineering, University of California, San Diego, 2. VEO) 11:30am ThD2.4 (Invited) - Ultra-Large-Scale Optical MEMS Switch » Ming Wu (United States)1 (1. University of California, Berkeley) 10:45am ThC2.3 - Enhanced Pockels Effect in Strained Silicon by Means of a SiGe/Si/SiGe Slot Structure 10:30am PSS 4 - » Irene Olivares (Spain)1, Pablo Sanchis (Spain)1 (1. Universitat ThE2 - Advances in IR Detectors Politècnica de València) Chaired by: Sarath Gunapala (United States)

11am ThC2.4 - Structural and optical properties of thin film amorphous 10:30am ThE2.1 (Invited) - High-Speed Photodetection for Control and oxides for photonic structures Readout of Superconducting Quantum Systems » CARMEN MENONI (United States)1, Aaron Davenport (United States)1, » Franklyn Quinlan (United States)1 (1. National Institute of Standards Le Yang (United States)1, Mariana Fazio (United States)1, Emmett and Technology) Randel (United States)1, Kestutis Juskevicius (United States)1 (1. COLORADO STATE UNIVERSITY) 11am ThE2.2 - A novel FDSOI transistor based uncooled microbolometer sensor for disruptive IRFPAs 10:30am PIP 3 - » Antoine Albouy (France)1, Jean-Jacques Yon (France)1, Patrick Leduc 1 1 1 ThD2 - Emerging PIC Technologies (France) , Geoffroy Dumont (France) , Abdelkader Aliane (France) , Francis Balestra (France)2 (1. Univ. Grenoble Alpes, CEA, LETI, F38000 Chaired by: Robert Halir (Spain) and Sarvagya Dwivedi (Belgium) Grenoble, France, 2. Univ. Grenoble Alpes, CNRS, Grenoble INP, IMEP- LAHC, F-38000 Grenoble, France) 10:30am ThD2.1 (Invited) - Programmable Silicon Photonic Integrated Circuits 11:15am ThE2.4 - GaSbBi metal-semiconductor-metal photodetectors for » Wim Bogaerts (Belgium)1, Xiangfeng Chen (Belgium)1, Mi Wang mid-infrared sensing 1 1 1 (Belgium) , Iman Zand (Belgium) , Hong Deng (Belgium) , Lukas Van » Zhongming Cao (United Kingdom)1, Tim Veal (United Kingdom)1, Mark 1 1 Iseghem (Belgium) , Antonio Ribeiro (Belgium) , Alejandro Diaz Tormo Ashwin (United Kingdom)2, Ian Sandall (United Kingdom)1 (1. University 1 1 (Belgium) , Umar Khan (Belgium) (1. Ghent University - IMEC) of Liverpool, 2. University of Warwick)

Powered by Ex Ordo, everything you need to run a research conference. Page 38 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 11:30am ThF2.4 - Sub-mm Gap Sensor Using Fibre Optic Fabry-Perot Interferometry for Long-Term Structural Health Monitoring » Tamer Y. Cosgun (United Kingdom)1, Adrian Dzipalski (United 11:30am ThE2.5 - Analysis of dark current in Ge-on-Si photodiodes at Kingdom)1, Calum A. Ross (United Kingdom)1, Robert R. Thomson cryogenic temperatures (United Kingdom)1, Matthew Kingston (United Kingdom)2, Simon » Andrea Pizzone (Belgium)1, Srinivasan Ashwyn Srinivasan (Belgium)1, Brooks (United Kingdom)2, William N. MacPherson (United Kingdom)1 Peter Verheyen (Belgium)1, Guy Lepage (Belgium)1, Sadhishkumar (1. Heriot-Watt University, 2. AWE) Balakrishnan (Belgium)1, Joris Van Campenhout (Belgium)1 (1. Imec) 11:45am ThF2.5 - Characterization and equalization of intensity-modulated 11:45am ThE2.3 - Resonant Cavity Enhanced Photodiodes for Spectroscopic voltage sensors Sensing in the eSWIR » Joseph Lukens (United States)1, Nicholas Lagakos (United States)2, » Andrew Bainbridge (United Kingdom)1, Adam Craig (United Victor Kaybulkin (United States)2, Christopher Vizas (United States)2, Kingdom)1, Andrew Marshall (United Kingdom)1 (1. Lancaster Daniel King (United States)1 (1. Oak Ridge National Laboratory, 2. University) SmartSenseCom)

10:30am OFT 4 - 10:30am OCN 8 - ThF2 - Optical Fiber Sensors I: Novel Methods ThG2 - Optical Wireless Communications I Chaired by: Giovanni Milione (United States) and Nicholas Fontaine Chaired by: Dominic O'Brien (United Kingdom) and Deepa Venkitesh (United States) (India)

10:30am ThF2.1 (Invited) - Non-uniform multiple core-offset fibers for 10:30am ThG2.1 - Novel Spatial Modulation Channel Index Detection in sensing and laser feedback Optical Wireless Communications with Signal Space Diversity » Xiaoyi Bao (Canada)1, Huibo Fan (Canada)1, Liang Chen (Canada)1 (1. » Tingting Song (Australia)1, Ampalavanapillai Nirmalathas (Australia)1, University of Ottawa) Christina Lim (Australia)1, Elaine Wong (Australia)1, Kamal Alameh (Australia)2, Ke Wang (Australia)3 (1. Department of Electrical and Electronic Engineering, The University of Melbourne, 2. Electron 11am ThF2.2 - Experimental Investigation of Bending Sensor Based on Science Research Institute (ESRI), Edith Cowan University, 3. School of Helical Structure in Hollow Core Fiber Engineering, RMIT University) » Yu Zheng (Singapore)1, Ping Shum (Singapore)1, Baocheng Li (Singapore)1, Hailiang Zhang (Singapore)2, Jean-louis Auguste (France)3, Georges Humbert (France)3 (1. School of EEE, Nanyang Technological 10:45am ThG2.2 - A Two-Way FSO Link with PM Scheme and Injection- University, 2. Institute of Infocomm Research, A*STAR, 3. XLIM Locked DFB LD Research Institure) » Cing-Ru Chou (Taiwan)1, Hsin-Mao Hsia (Taiwan)1, Yi-Hao Chen (Taiwan)1, Hai-Han Lu (Taiwan)1 (1. National Taipei University of Technology) 11:15am ThF2.3 - Fiber interferometry with low temperature sensitivity » Zitong Feng (United Kingdom)1, Vincent Michaud-Belleau (Canada)2, Jayanta K. Sahu (United Kingdom)1, Johan Nilsson (United Kingdom)1, 11am ThG2.3 - Experimental demonstration of a 200Mbps DPSK UWOC Christophe A. Codemard (United Kingdom)3, Xi Zhang (United system Kingdom)1, Jérôme Genest (Canada)2, David J. Richardson (United » Xinke Tang (China)1, Zhen Chen (China)2, Caiming Sun (China)3, Aidong Kingdom)1, Radan Slavík (United Kingdom)1 (1. Optoelectronics Zhang (China)3 (1. Robotics Research Center,Peng Cheng Laboratory Research Centre, University of Southampton, 2. Centre d’optique, (PCL), 2. Peng Cheng Laboratory (PCL), 3. The Chinese University of photonique et laser, Université Laval, 3. SPI Lasers) Hong Kong, Shenzhen)

Powered by Ex Ordo, everything you need to run a research conference. Page 39 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 11:45am ThH2.3 - Endless Optical Phase Delay Based Phase Synchronization in Low-power Coherent DCIs » Rakesh Ashok (India)1, Sana Naaz (India)1, Rashmi Kamran (India)1, 11:15am ThG2.4 - Optical OFDM Modulation in Multi-hop VLC for Long Aboobackkar Sidhique (India)1, Shalabh Gupta (India)1 (1. IIT Bombay) Distance Data Transmission Over 30 meters » Mohammad Abrar Shakil Sejan (Korea, Republic of)1, Md Habibur Rahman (Korea, Republic of)1, Wan-Young Chung (Korea, Republic of)2 1:30pm QPIT 6 - (1. Pukyong National University, 2. Pukyong National University, Korea) ThA3 - Quantum Communications and Networking Chaired by: Boulat Bash (United States) and Michael Brodsky (United States) 11:30am ThG2.5 - Optical Two-Way Time-Frequency Transfer across a Three-Node Free-Space Network 1:30pm ThA3.1 - Cluster States-based Quantum Networks » Martha Bodine (United States)1, Jennifer Ellis (United States)2, William 1 Swann (United States)1, Sarah Stevenson (United States)3, Jean-Daniel » Ivan B Djordjevic (United States) (1. University of Arizona, ECE Dept.) Deschênes (Canada)4, Emily Hannah (United States)3, Paritosh Manurkar (United States)3, Nathan Newbury (United States)2, Laura Sinclair (United States)2 (1. National Institute of Standards and 1:45pm ThA3.2 - Upper bound on mutual quantum information between Technology, 2. National Institute of Standard and Technology, 3. two partially mixed qubits University of Colorado Boulder, 4. Octosig Consulting) » Daniel Jones (United States)1, Gabriele Riccardi (Italy)2, Brian Kirby (United States)1, Cristian Antonelli (Italy)2, Michael Brodsky (United States)1 (1. U.S. Army Research Laboratory, 2. University of L'Aquila) 11:45am ThG2.6 - Channel Measurements and Ray Tracing Simulations for MIMO Light Communication at 200 MHz 2pm » Hossien Eldeeb (Turkey)1, Murat Uysal (Turkey)1, Sreelal Mana ThA3.3 (Invited) - Ask not what your SPAD can do for you, ask (Germany)2, Peter Hellwig (Germany)2, Jonas Hilt (Germany)2, Volker what you can do for your SPAD Jungnickel (Germany)2 (1. Ozyegin University, 2. Photonic Networks and » Josh Bienfang (United States)1, Alessandro Restelli (United States)2, Systems, Fraunhofer Heinrich Hertz Institute) Michael Wayne (United States)2 (1. National Institute of Standards and Technology, 100 Bureau Drive, Gaithersburg, Maryland 20899, USA, 2. Joint Quantum Institute, National Institute of Standards and 10:30am OI 15 - Technology and University of Maryland, 100 Bureau Drive, ThH2 - OI Keynote & Coherent in the Data Center Gaithersburg, Maryland 20899, USA) Chaired by: James Stewart (United States) 2:30pm ThA3.4 (Invited) - Computationally efficient Bayesian quantum 10:30am ThH2.1 (Keynote) - Drivers and Design Options for Coherent Links state tomography in Data Centers » Joseph Lukens (United States)1, Kody Law (United Kingdom)2, Ajay 3 1 » Joseph M. Kahn (United States)1 (1. Stanford University) Jasra (Saudi Arabia) , Pavel Lougovski (United States) (1. Oak Ridge National Laboratory, 2. University of Manchester, 3. KAUST)

11:15am ThH2.2 (Invited) - Low-Power Coherent Optics for Next-Generation 1:30pm PIP 4 - Datacenters ThD3 - Phosphide and Silicon Photonic Platforrms 1 » Clint Schow (United States) (1. University of California Santa Barbara) Chaired by: Shamsul Arafin (United States) and Tatsurou Hiraki (Japan)

Powered by Ex Ordo, everything you need to run a research conference. Page 40 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 1:30pm ThF3.1 (Invited) - Fiber Bragg gratings in 2020: Nano-plasmonic amplification, photo-thermal dynamics, and ‘Big data’ for improved limits of detection 1:30pm ThD3.1 (Invited) - A strong Pockels effect embedded in silicon » Jacques Albert (Canada)1 (1. Carleton University) photonic circuits » Felix Eltes (Switzerland)1, Jean Fompeyrine (Switzerland)1, Stefan Abel 1 2pm ThF3.2 - Discrimination of Strain and Temperature effects on FBG- (Switzerland) (1. IBM Research - Zurich, now: Lumiphase AG) based Sensor using Machine Learning » Sanjib Sarkar (United States)1, Devasena Inupakutika (United States)1, 2pm ThD3.2 - Design of 100 GHz-class Mach-Zehnder modulators in a Mandrita Banerjee (United States)1, Mehdi Tarhani (United States)1, generic indium phosphide platform Morad Khosravi Eghbal (United States)1, Mehdi Shadaram (United » Arezou Meighan (Netherlands)1, Weiming Yao (Netherlands)1, Mike States)1 (1. University of Texas at San Antonio) Wale (Netherlands)1, Kevin Williams (Netherlands)1 (1. Eindhoven university of technology) 2:15pm ThF3.3 - Helical long-period grating on multicore fiber for refractive index sensing 2:15pm ThD3.3 (Invited) - III-V membrane devices on Si photonics platform » Baocheng Li (Singapore)1, Liang Jie Wong (Singapore)1, Perry Ping » Shinji Matsuo (Japan)1 (1. NTT Device Technology Laboratories, NTT Shum (Singapore)1, Yu Zheng (Singapore)1, Hailiang Zhang (Singapore)2, Corporation) Zhifang Wu (China)3 (1. School of EEE, Nanyang Technological University, 2. Institute of Infocomm Research, A*STAR, 3. Fujian Key Laboratory of Light Propagation and Transformation, CISE, Huaqiao 1:30pm PSS 5 - University) ThE3 - High Power Detectors for Microwave Applications Chaired by: Sadhvikas Addamane (United States) 2:30pm ThF3.4 - Fabrication of more than 40 Superimposed and Superstructured Fiber Bragg Gratings 1:30pm ThE3.1 (Invited) - Packaging High-Power Photodiodes for » Senta Jantzen (United Kingdom)1, Devin H. Smith (United Kingdom)1, Microwave Photonic Applications Rex H. S. Bannerman (United Kingdom)1, Paolo L. Mennea (United » Peng Yao (United States)1, Matthew Konkol (United States)1, Zhanyu Kingdom)1, Lewis J. Boyd (United Kingdom)2, James C. Gates (United Yang (United States)1, Andrew Mercante (United States)1, Victoria Carey Kingdom)1, Peter G. R. Smith (United Kingdom)1, Christopher Holmes (United States)1, Jesse Buchan (United States)1, Jeffrey Whitson (United (United Kingdom)1 (1. Optoelectronics Research Centre, University of States)1, Dennis Prather (United States)1 (1. Phase Sensitive Southampton, 2. Parker Aerospace, Parker Hannifin Corporation) Innovations) 1:30pm OCN 9 - 2pm ThE3.2 - Optical Generation of Pulsed Microwave Signals with ThG3 - Optical Wireless Communications II High-Power Photodiodes Chaired by: Volker Jungnickel (Germany) and Gabriella Bosco (Italy) » Yiwei Peng (United States)1, Keye Sun (United States)1, yuan yuan (United States)1, yang shen (United States)1, Andreas Beling (United States)1, Joe Campbell (United States)1 (1. university of virginia) 1:30pm ThG3.1 - Vehicular Visible Light Communications: The Impact of Taillight Radiation Pattern 1 2 1:30pm OFT 5 - » Hossien Eldeeb (Turkey) , Elizabeth Eso (United Kingdom) , Murat Uysal (Turkey)1, Zabih Ghassemlooy (United Kingdom)2, Stanislav ThF3 - Optical Fiber Sensors II: Fiber Bragg Gratings Zvánovec (Czech Republic)3, Juna Sathian (United Kingdom)2 (1. Ozyegin Chaired by: Rodrigo Amezcua Correa (United States) and Giovanni University, 2. Optical Communication Research Group, Northumbria Milione (United States) University, 3. Czech Technical University)

Powered by Ex Ordo, everything you need to run a research conference. Page 41 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 2:45pm ThG3.6 - A Relay-Assisted Vehicular Visible Light Communications Network » Elizabeth Eso (United Kingdom)1, Petr Pesek (Czech Republic)2, Petr 1:45pm Chvojka (Czech Republic)2, Zabih Ghassemlooy (United Kingdom)1, ThG3.2 - Multi-colour beamsteering for optical wireless Stanislav Zvánovec (Czech Republic)3, Juna Sathian (United Kingdom)1 communications using spatial light modulators (1. Optical Communication Research Group, Northumbria University, 2. » paramin sangwongngam (United Kingdom)1, Ariel Gomez (United Czech Technical University in Prague, Faculty of Electrical engineering, Kingdom)2, Crisanto Quintana (United Kingdom)3, Hyunchae Chun 3. Czech Technical University) (Korea, Republic of)4, Grahame Faulkner (United Kingdom)5, Dominic 5 O'Brien (United Kingdom) (1. Department of Engineering Science, 1:30pm OI 16 - University of Oxford, 2. Microsoft Research Cambridge, 3. Airbus UK, 4. Deptment of Information and Telecommunication Engineering, ThH3 - OI Workshop: Coherent Optics in the Data Center Incheon National University, 5. University of Oxford) Chaired by: James Stewart (United States)

1:30pm ThH3.1 - Crossover Point From IMDD to Coherent for Intro-data- 2pm center Optics ThG3.3 - A SiPM-based VLC Receiver for 3.45 Gigabits/s » Chris Doerr (United States)1 (1. Acacia) Communication Using OOK Modulation 1 » William Matthews (United Kingdom) , Zubair Ahmed (United 1:45pm ThH3.2 (WS) - Nagarajan Kingdom)2, Wajahat Ali (United Kingdom)2, Steve Collins (United » Radhakrishnan Nagarajan (United States)1 (1. Inphi Corp) Kingdom)2 (1. Univerity of Oxford, 2. University of Oxford)

2pm ThH3.3 (WS) - Schow 1 2:15pm » Clint Schow (United States) (1. University of California Santa Barbara) ThG3.4 - Discrete Power-Stepping Pulse Amplitude Modulation for Optical Camera Communications Employing a CMOS-Integrated 2:15pm ThH3.4 (WS) - Kahn GaN µLED Array » Joseph M. Kahn (United States)1 (1. Stanford University) » Navid Bani Hassan (United Kingdom)1, Michael J. Strain (United Kingdom)1, Martin D. Dawson (United Kingdom)2, Johannes Herrnsdorf 1:30pm OI 17 - (United Kingdom)2 (1. University of Strathclyde - Insitute of Photonics, 2. University of Strathclyde) ThI3 - Integrated Metamaterials and Passives Chaired by: Judson Ryckman (United States)

2:30pm 1:30pm ThI3.1 (Invited) - Metamaterial Silicon Photonics ThG3.5 - Integration of an LED/SPAD Optical Wireless Transceiver » Pavel Cheben (Canada)1, Jens Schmid (Canada)1, Robert Halir (Spain)2, with CubeSat On-board Systems Carlos Ramos (France)3, Daniele Melati (Canada)1, Daniel Benedikovic » Navid Bani Hassan (United Kingdom)1, Mumtaz Ali (United Kingdom)2, (France)3, Danxia Xu (Canada)1, Alejandro Sanchez Postigo (Spain)2, Alexander D. Griffiths (United Kingdom)1, Christopher Lowe (United Inigo Molina Fernandez (Spain)2, Jiří Ctyroky (Czech Republic)4, Milan Kingdom)2, Malcolm Macdonald (United Kingdom)2, Martin D. Dawson Dado (Slovakia)5, Gonzalo Wangüemert-Pérez (Spain)2, Alejandro (United Kingdom)2, Johannes Herrnsdorf (United Kingdom)2, Michael J. Ortega Monux (Spain)2, Aitor Villafranca Velasco (Spain)6 (1. National Strain (United Kingdom)2 (1. University of stra, 2. University of Research Council Canada, 2. Universidad de Malaga, 3. Universite Paris Strathclyde) Saclay, 4. Czech Academy of Sciences, 5. University of Zilina, 6. Consejo superior de investigaciones cientificas)

Powered by Ex Ordo, everything you need to run a research conference. Page 42 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October 3:30pm PD1 - Tunable topological charge vortex microlaser with ultrafast controllability » Zhifeng Zhang (United States)1, Xingdu Qiao (United States)1, 2pm ThI3.2 - A Broadband Polarization Splitter Directional Coupler Bikashkali Midya (United States)1, Kevin Liu (United States)1, Haoqi Based on Tilted Subwavelengh Grating Metamaterials Zhao (United States)1, Jingbo Sun (United States)2, Tianwei Wu (United » José Manuel Luque-González (Spain)1, Alaine Herrero (Spain)2, States)1, Danilo Gomes Pires (United States)2, Wenjing Liu (United Alejandro Ortega-Moñux (Spain)1, Marina Sánchez-Rodríguez (Spain)1, States)1, Zihe Gao (United States)1, Ritesh Agarwal (United States)1, Aitor Villafranca Velasco (Spain)3, Jens H. Schmid (Canada)4, Pavel Josep Miquel Jornet (United States)3, Stefano Longhi (Italy)4, Natalia M. Cheben (Canada)4, Íñigo Molina-Fernández (Spain)1, Robert Halir Litchinitser (United States)2, Liang Feng (United States)1 (1. University of (Spain)1 (1. Universidad de Malaga, 2. Consejo Superior de Pennsylvania, 2. Duke University, 3. Northeastern University, 4. Investigaciones Científicas (CSIC), 3. Consejo superior de Politecnico di Milano and Istituto di Fotonica e Nanotecnologie del investigaciones cientificas, 4. National Research Council Canada) Consiglio Nazionale delle Ricerche)

2:15pm ThI3.3 - Silicon Waveguide Contradirectional Coupler Polarization 3:45pm Rotation Bragg Grating PD2 - A Heterogeneous O-Band Quantum-Dot DFB Laser with Integrated MOS Capacitive Control » Hideaki Okayama (Japan)1, Yosuke Onawa (Japan)1, Hiroyuki 1 1 Takahashi (Japan)1, Daisuke Shimura (Japan)1, Hiroki Yaegashi (Japan)1, » Di Liang (United States) , Antoine Descos (United States) , Geza 1 1 Hironori Sasaki (Japan)1 (1. PETRA) Kurczveil (United States) , Chong Zhang (United States) , Zhihong Huang (United States)1, Raymond G. Beausoleil (United States)1 (1. Hewlett Packard Enterprise) 2:30pm ThI3.4 - Broadband 2×2 Adiabatic 3-dB Coupler with Inversely- Tapered Mode-Evolution Region for the Silicon-on-Insulator 4pm Platform PD3 - Longitudinal Current Crowding as Power Limit in High Power » Luhua Xu (Canada)1, Yun Wang (Canada)1, Deng Mao (Canada)1, 975 nm Diode Lasers 1 1 Jinsong Zhang (Canada) , Md Samiul Alam (Canada) , Zhenping Xing 1 1 1 1 1 » Rebecca Swertfeger (United States) , SK Patra (United States) , Bob (Canada) , Maxime Jacques (Canada) , Yannick D'Mello (Canada) , 1 1 1 2 Deri (United States) , MC Boisselle (United States) , DL Pope (United Santiago Bernal (Canada) , Stephane Lessard (Canada) , David Plant 1 2 3 1 States) , Paul Leisher (United States) , Seval Arslan (Germany) , Jörg (Canada) (1. Department of Electrical and Computer Engineering, Fricke (Germany)3, Arnim Ginolas (Germany)3, Christoph Stölmacker McGill University, 2. Ericsson) (Germany)3, Hans Wenzel (Germany)3, Paul Crump (Germany)3 (1. Lawrence Livermore National Laboratory, 7000 East Avenue, Livermore, CA 94550, USA, 2. Freedom Photonics LLC, 41 Aero Camino, 2:45pm ThI3.5 - Nonlinearly Tapered 3-dB Adiabatic Coupler Santa Barbara, CA 91137, USA, 3. Ferdinand-Braun-Institut, Leibniz- » Deng Mao (Canada)1, Yun Wang (Canada)1, Luhua Xu (Canada)1, Eslam Institut für Höchstfrequenztechnik, Gustav-Kirchhoff-Straße 4, 12489 Elfiky (Canada)1, Maxime Jacques (Canada)1, Jinsong Zhang (Canada)1, Berlin, Germany) Yannick D'Mello (Canada)1, Stephane Lessard (Canada)2, David Plant (Canada)1 (1. Department of Electrical and Computer Engineering, McGill University, 2. Ericsson) 4:15pm PD4 - Passively mode-locked Bragg lasers with ~ 200 fs near transform-limited pulses at 64 GHz 3:30pm PD/Closing - » Bilal Janjua (Canada)1, Meng Iu (Canada)1, Zhizhong Yan (Canada)1, 1 1 1 ThA4 - Post-Deadline Session & Closing Ceremony Paul Charles (Canada) , Eric Chen (Canada) , Amr Helmy (Canada) (1. University Of Toronto) Chaired by: Christina Lim (Australia) and Weidong Zhou (United States)

Powered by Ex Ordo, everything you need to run a research conference. Page 43 IEEE Photonics Conference 28 Sep - 01 Oct 2020

Continued from Thursday, 1 October

4:30pm PD5 - A Bell-state analyzer for photonic frequency » Navin Lingaraju (United States)1, Hsuan-Hao Lu (United States)1, Daniel Leaird (United States)1, Steven Estrella (United States)2, Joseph Lukens (United States)3, Andrew Weiner (United States)1 (1. Purdue University, 2. Freedom Photonics, LLC, 3. Oak Ridge National Laboratory)

4:45pm PD6 - Monolithic Plasmonic Transceiver Architecture » Charles Lin (Canada)1, Pohan Chang (Canada)1, Yiwen Su (Canada)1, Amr Helmy (Canada)1 (1. University Of Toronto)

5pm OFT Q&A Zoom Panel II

Powered by Ex Ordo, everything you need to run a research conference. Page 44