OPTICS & PHOTONICS International Congress

[PL-01 (Plenary)]COVID-19 & Photonics

〇Keisuke Goda^1,2,3(1.Department of Chemistry, University of Tokyo, Japan、2.Department of Bioengineering, University of California, Los Angeles, USA、3.Institute of Technological Sciences, Wuhan University, China)

[PL-02 (Plenary)]GaN-based Laser Diodes and Their New Applications

〇Shin-ichi Nagahama¹(1.Principal Researcher, General manager LD Development Dept. NICHA Corporation, Japan)

[JS-Opening]Opening Remarks

[JS-01 (Invited)]Photoacoustic Tomography and Compressed Ultrafast Photography

〇Lihong V. Wang¹(1.California Institute of Technology)

[JS-02]Polarized Structured Illumination Microscopy

Karl Zhanghao^1,2、Meiqi Li^1,2、〇Peng Xi^1,2(1.Peking University、2.Southern University of Science and Technology)

[ALPS-Opening]Opening Remarks

[ALPS-1-01 (Invited)]Novel single crystal halide scintillators based on Cs-Cu-I compositions

〇Martin Nikl¹、Shuangliang Cheng^2,3、Alena Beitlerova¹、Romana Kucerkova¹、Eva Mihokova¹、Guohao Ren²、Yuntao Wu²(1.Institute of Physics, Academy of Sciences of The Czech Republic、2.Shanghai Institute of Ceramics, Chinese Academy of sciences、3.University of Shanghai for Science and Technology)

[ALPS-1-02 (Invited)](Tentative) Recent progress in nonlinear optical borate crystal

〇Zhanggui Hu¹(1.Tianjin University of Technology )

[ALPS-1-03]Electron density imaging of ultrafast plasma dynamics with two-color STAMP

〇Keitaro Shimada¹、Yuki Inada²、Ayumu Ishijima¹、Takao Saiki¹、Ichiro Sakuma¹、Keiichi Nakagawa¹(1.The University of Tokyo、2.Saitama University)

[ALPS-1-04]Rod-Type Ce/Cr/Nd:YAG Ceramic Lasers Using White Light Pump Source

〇Taku Saiki¹、Tatsuya Iwatani¹、Hiroaki Furuse²、Shinji Motokoshi³、Yasushi Fujimoto⁴、Masahiro Nakatsuka³(1.Kansai University、2.Kitami Institute of Technology、3.Institute for Laser Technology、4.Chiba Institute of Technology)

[ALPS-2-01 (Invited)]Towards power scaling of mid-infrared fiber lasers

〇Martin Bernier¹、Vincent Vincent Fortin¹、Yigit Ozan Aydin¹、Sebastien Magnan-Saucier¹、Real Vallee¹(1.COPL, Laval University, Canada)

[ALPS-2-02]Multi-octave coherent supercontinuum generation under anomalous dispersion regime in ZBLAN fiber based on a master oscillator fiber amplifier

〇Seyed Ali Rezvani¹、Kazuhiko Ogawa²、Takao Fuji¹(1.Toyota Technological Institute、2.FiberLabs Inc.)

[ALPS-3-01 (Invited)]Compact Kerr-lens mode-locked lasers

〇Shota Kimura¹、Shuntaro Tani¹、Yohei Kobayashi¹(1.The University of Tokyo)

[ALPS-3-02]Kerr-lens mode-locked Yb:CaF₂ oscillator directly pumped by a laser diode

〇Satoshi Nakamura¹、Yuya Suzuki¹、Akira Shirakawa¹(1.The University of Electro-Communications)

[ALPS-3-03]Development of Supercontinuum Laser Source at 2 μm Wavelength Using Tm-Ho co-doped Ultrashort Pulse Fiber Laser and OCT Imaging

〇Junya Yamamoto¹、Masahito Yamanaka¹、Ying Zhou²、Takeshi Saitoh²、Youichi Sakakibara²、Norihiko Nishizawa¹(1.The University of Nagoya、2.National Institute of Advanced Industrial Science and Technology)

[ALPS-3-04]Transient dynamics of an ANDi mode-locked Yb-fiber laser oscillator monitored by time-stretch dispersive Fourier transform

〇Tomohiro Ishikawa¹、Muku Yoshizawa²、Keisuke Isobe^1,3、Katsumi Midorikawa¹、Fumihiko Kannari²(1.RIKEN、2.Keio University、3.Kyoto University)

[ALPS-4-01 (Invited)]Coherent beam combining of large-scale fiber laser array: enabling technique and recent progress

〇Pu Zhou¹、Hongxiang Chang¹、Qi Chang¹、Tianyue Hou¹、Wenchang Lai¹、Yuqiu Zhang¹、Bo Ren¹、Tao Wang¹、Can Li¹、Pengfei Ma¹、Rongtao Su¹、Jian Wu¹、Yanxing Ma¹(1.National University of Defense Technology, China)

[ALPS-4-02]Generation of high energy ultrashort pulse using chirped pulse amplification and divided pulse amplification

〇Kota Sugimoto¹、Henrik Tünnermann¹、Akira Shirakawa¹(1.The University of Electro-Communications)

[ALPS-4-03]Laser Material Processing System Based on High-Peak-Power, Pulse-Width-Tunable Sub-Nanosecond Fiber Laser

〇Yutaka Nomura¹、Takeshi Hama¹、Masaki Iwama¹、Miyuta Naritomi¹、Ryo Kawahara¹、Jeffrey W. Nicholson²、Shun-ichi Matsushita¹(1.Furukawa Electric Co. Ltd.、2.OFS Laboratories)

[ALPS-5-01 (Invited)]All-Solid-State Fe:ZnSe Mid-IR Femtosecond Lasers for Driving Extreme Nonlinear Optics

〇Fedor V. Potemkin¹(1.M.V. Lomonosov Moscow State University)

[ALPS-5-02]Generation of Sub-10-ns Pulses from a Passively Q-switched Pr³⁺:LiYF₄ Laser

〇Hiroki Tanaka¹、Moritz Badtke¹、Lenn Ollenburg¹、Sascha Kalusniak¹、Christian Kränkel¹(1.Leibniz-Institut fuer Kristallzuechtung)

[ALPS-6-01 (Invited)]Photonic Crystal Optical Parametric Oscillator

〇Alfredo de Rossi¹、Sylvain Combrié¹、Gabriel Marty^2,1、Fabrice Raineri^3,2(1.Thales Research & Technology 、2.Centre de Nanosciences et de Nanotetchnologies、3.Université Paris Diderot, Sorbonne Paris Cité)

[ALPS-6-02]Enhancement of Angular Goos-Hänchen Shift by Surface Plasmon Resonance for Sensing Applications

〇Cherrie May Olaya^1,2、Norihiko Hayazawa^1,2、Nathaniel Hermosa¹、Takuo Tanaka^1,2(1.University of the Philippines、2.RIKEN)

[ALPS-6-03]Acousto-optic polarization controlling in KY(WO₄)₂ crystal for solid state laser Q-switching

Natalya F. Naumenko¹、Alexander I. Chizhikov¹、〇Konstantin B. Yushkov¹、Vladimir Ya. Molchanov¹(1.National University of Science and Technology MISIS)

[ALPS-7-01 (Invited)]Entangled Sensor Networks Empowered by Machine Learning

〇Zheshen Zhang^2,1、Yi Xia¹、Wei Li²、Quntao Zhuang^3,1(1.J. C. Wyant College of Optical Sciences, University of Arizona、2.Department of Materials Science and Engineering, University of Arizona、3.Department of Electrical and Computer Engineering, University of Arizona)

[ALPS-7-02]High-visibility two-photon interference with ultra-fast pumping laser

〇Yoshiaki Tsujimoto¹、Kentaro Wakui¹、Mikio Fujiwara¹、Masahide Sasaki¹、Masahiro Takeoka¹(1.National Institute of Information and Communications Technology)

[ALPS-7-03]Evaluating an integrated silicon photonic nonlinear interferometer

〇Takafumi Ono^1,2、Gary F. Sinclair³、Damien Bonneau³、Mark G. Thompson³、Jonathan F. C. Matthews³、John G. Rarity³(1.Kagawa University、2.PRESTO、3.University of Bristol)

[ALPS-7-04]Arbitrary Mixing of Spectral Multimode Quantum States with Dispersion-Engineered Nonlinear Waveguide Crystal

〇Yuta Yamagishi¹、Aruto Hosaka¹、Kazufumi Tanji¹、Sunao Kurimura²、Fumihiko Kannari¹(1.Keio University、2.National Institute for Materials Science)

[ALPS-7-05]Joint spectral intensity of two-photon emission from biexciton

〇Hiroya Seki¹、Dongeun Son¹、Yuta Uchibori²、Jun Ishihara²、Kensuke Miyajima²、Ryosuke Shimizu¹(1.The University of Electro-Communications、2.Tokyo University of Science)

[ALPS-8-01 (Invited)]Quantum sensing using photons

〇Ryo Okamoto^1,2(1.Department of Electronic Science and Engineering, Kyoto University、2.PRESTO, Japan Science and Technology Agency)

[ALPS-8-02]MIR single-shot ultrafast imaging with a combination of SF-STAMP and quantum imaging based on induced coherence with induced emission

〇Kazuki Takahashi¹、Riku Watase¹、Aruto Hosaka¹、Fumihiko Kannari¹(1.Keio University)

[ALPS-8-03]Colloidal quantum dots as high-performance single-photon sources:
Improvements in purity and system efficiency

〇Toshiyuki Ihara¹、Shigehito Miki^1,2、Fumihiro China¹、Toshiki Yamada¹、Hirotaka Terai¹(1.National Institute of Information and Communications Technology、2.Kobe University)

[ALPS-9-01 (Invited)]Kerr solitons in photonic-crystal resonators

〇Scott Papp¹(1.NIST, US)

[ALPS-9-02]Generation of multiple solitons with help from a saturable absorber

〇Ayata Nakashima¹、Shun Fujii^1,2、Riku Imamura¹、Keigo Nagashima¹、Takasumi Tanabe¹(1.Keio University、2.RIKEN Center for Advanced Photonics)

[ALPS-10-01 (Invited)]Route to attosecond resolved temporal soliton molecular dynamics

〇Youjian Song¹、Feng Zhou¹、Haochen Tian^1,2、Minglie Hu¹(1.Tianjin University, China、2.The University of Electro-Communications, Japan)

[ALPS-10-02]Digital-micromirro-device-based surface measurement using heterodyne interferometry with optical frequency comb

〇Guangyao Xu¹、Yue Wang¹、Shilin Xiong¹、Guanhao Wu¹(1.Tsinghua University)

[ALPS-10-03]Dual-comb based distance and angle measurement method

〇Siyu Zhou¹、Vunam Le¹、Guanhao Wu¹(1.Tsinghua University)

[ALPS-10-04]One-shot three-dimensional phase imaging with optical frequency comb

〇Takashi Kato^1,2、Tamaki Morito¹、Kazuhiro Terada¹、Shintaro Kurata^1,3、Kaoru Minoshima¹(1.The University of Electro-Communications、2.JST, PRESTO、3.IHI Corporation)

[ALPS-10-05]Development of a broadband phase-difference evaluation system for optical frequency combs using spectral interference fringe detection

〇Tamaki Morito¹、Takashi Kato^1,2、Kazuhiro Terada¹、Shintaro Kurata^1,3、Kaoru Minoshima¹(1.The University of Electro-Communications、2.JST, PRESTO、3.IHI Corporation)

[ALPS-11-01]Quasi-dual-comb source opens new avenues for rapid spectroscopy

〇Risako Kameyama¹、Shigekazu Takizawa¹、Kotaro Hiramatsu^1,2,3,4、Keisuke Goda^1,5,6(1.Department of Chemistry, The University of Tokyo、2.Research Center for Spectrochemistry, The University of Tokyo、3.PRESTO, Japan Science and Technology Agency、4.Kanagawa Institute of Industrial Science and Technology、5.Department of Bioengineering, University of California, Los Angeles、6.Institute of Technological Sciences, Wuhan University)

[ALPS-11-02]Passively stabilized visible dual-frequency-spacing astro-comb

〇Ruoao Yang¹、Wei Han¹、Yuxuan Ma²、Fei Meng¹、Chen Li¹、Aimin Wang¹、Fei Zhao³、Gang Zhao³、Zhigang Zhang¹(1.State Key Laboratory of Advanced Optical Communication System and Networks, Department of Electronics, Peking University, Beijing 100871, China、2.Deutsches Elektronen-Synchrotron DESY, Notkestraße 85, 22607 Hamburg, Germany、3.National Astronomical Observatories CAS, Beijing 100012, China)

[ALPS-11-03]Sensitivity improvement in dual-comb spectroscopy by tailoring the phase-slip in the interference signals

〇Ruichen ZHU¹、Takuto Adachi¹、Akifumi Asahara¹、Kaoru Minoshima¹(1.The University of Electro-Communications)

[ALPS-11-04 (Invited)]Large-Scale Optical Synchronization System of the European XFEL

〇Jost Mueller¹、Sebastian Schulz¹、Matthias Felber¹、Thorsten Lamb¹、Falco Zummack¹、Anne-Laure Calendron¹、Mikheil Titberidze¹、Tomasz Kozak¹、Holger Schlarb¹(1.DESY)

[ALPS-12-01 (Invited)]Metamaterial Thermoelectric Conversion

〇Wakana Kubo¹(1.Tokyo University of Agriculture and Technology)

[ALPS-12-02]Metamaterial Perfect Absorber as Nanoheater

〇Mahiro Horikawa¹、Wakana Kubo¹(1.Tokyo University of Agriculture & Technology)

[ALPS-12-03 (Invited)]Soliton microcomb and applications for long-distance ranging

〇Wenfu Zhang¹(1.Xi'an Institute of Optics and Precision Mechanics)

[ALPS-12-04]Microcomb-based 300 GHz oscillator stabilized to a microwave reference

〇Tomohiro Tetsumoto¹、Fumiya Ayano²、Julian Webber²、Tadao Nagatsuma²、Antoine Rolland¹(1.IMRA America Inc.、2.Osaka University)

[ALPS-12-05]Raman-comb-based wavelength source for optical communicatiom

〇Shuto Sugawara¹、Shuya Tanaka¹、Koshiro Wada¹、Shun Fujii^1,2、Hajime Kumazaki¹、Shun Tasaka¹、Shota Sota¹、Tamiki Ohtsuka¹、Satoki Kawanishi¹、Takasumi Tanabe¹、Soma Kogure¹(1.Department of Electronics and Electrical Engineering, Faculty of Science and Technology, Keio University、2.Quantum Optoelectronics Research Team, RIKEN Center for Advanced Photonics)

[ALPS-13-01 (Invited)]EUV/soft x-ray high-harmonic pulses structured in their spectral, spatial and polarization properties

〇Carlos Hernandez-Garcia¹(1.University of Salamanca)

[ALPS-13-02]Research on fractal and angular momentum of electromagnetic solitons

〇Zhongpeng Li¹(1.Shanghai Institute of Optics and Fine Mechanics, CAS)