OPTICS & PHOTONICS International Congress

[PL1-Opening]Opening Remarks

[PL1-Introduction]Introduction of the speaker

[PL1-01(Plenary)]On the Threshold of Laser Fusion Ignition: Recent Breakthroughs at the U.S. National Ignition Facility and the Pathway to Inertial Fusion Energy

*Tammy Ma¹(1.Lawrence Livermore National Laboratory, USA)

[PL1-Q&A]Q&A

[PL2-Introduction]Introduction of the speaker

[PL2-01(Plenary)]Next generation mid-infrared lasers: a route towards sub-wavelength 3D-manufacturing

*Irina T. Sorokina¹(1.Department of Physics, Norwegian University of Science and Technology)

[PL2-Q&A]Q&A

[PL3-Introduction]Introduction of the speaker

[PL3-01(Plenary)]Free-electron lasing at 27 nm based on a laser wakefield accelerator at SIOM

*Wentao Wang¹(1.State Key Laboratory of High Field Laser Physics and CAS Center for Excellence in Ultra-intense Laser Science, Shanghai Institute of Optics and Fine Mechanics (SIOM), Chinese Academy of Sciences (CAS))

[PL3-Q&A]Q&A

[JS1-01(Invited)]Imaging properties and optimized implementation of holographic lenses for see-through near-eye displays

*Jiwoon Yeom¹, Jinsoo Jeong¹(1.Korea Electronics Technology Institute)

[JS1-02(Invited)]Near-eye AR display with holographic planar and curved lightguides

*Wei-Chia Su¹, Wen-Kai Lin², Shao-Kui Zhou²(1.National Changhua University of Education, 2.National Yang Ming Chiao Tung University)

[JS1-03(Invited)]Current Status and the Future of Electro-holography
– Is Holographic Room Realizable? –

*Yuji Sakamoto¹(1.Hokkaido University)

[JS2-01(Invited)]Recent Progress in Head-Mounted Light Field Displays

*Hong Hua¹(1.University of Arisona)

[JS2-02(Invited)]Contact lens display using holographic image generation

*Yasuhiro Takaki¹(1.Tokyo University of Agriculture and Technology)

[JS2-03(Invited)]Individual Identification of Swimming Fish by Image Processing
And Deep Learning

*Masaki Yasugi¹, Hirotsugu Yamamoto¹(1.Utsunomiya University)

[JS3-01(Invited)]New Institute Emerging in Romania with 10 PW (10¹⁶ W) Laser Beams: Extreme Light Infrastructure: ELI-NP

*Kazuo A Tanaka^1,2, Calin A Ur¹, Constantin Ivan¹, Ioan Dancus¹, Catalin Matei¹, Domenico Doria¹, Dimiter Balabanski¹, Ovidiu Tesileanu¹(1.ELI-NP, Romania, 2.Inst. Laser Eng., Osaka University Japan)

[JS3-02(Invited)]Dynamic high-pressure research using high-power lasers

*Norimasa Ozaki¹(1.Osaka University)

[JS3-03(Invited)]Revealing mysteries in astronomy with ground- and space-based X-ray optics technologies

*Ikuyuki Mitsuishi¹, Ayumu Takigawa¹, Kazuki Ampuku¹, Kumiko Okada¹, Keitoku Yoshihara¹, Tetsuo Kanoh¹, Naoki Ishida¹, Keisuke Tamura^2,3, Kikuko Miyata⁴, Gota Yamaguchi⁵, Akinari Ito⁶, Yoko Takeo⁶, Takehiro Kume⁷, Yusuke Matsuzawa⁷, Takahiro Saito⁷, Kentaro Hiraguri⁷, Hirokazu Hashizume⁷, Hidekazu Mimura⁶(1.Nagoya University, 2.NASA/GSFC, 3.University of Maryland, 4.Meijo University, 5.RIKEN SPring-8 Center, 6.The University of Tokyo, 7.Natsume Optical Corporation)

[ALPS-Opening]Opening Remarks

[ALPS1-01(Invited)]Novel laser sources for space-based LIDAR and communications applications

*Anthony W Yu¹(1.NASA Goddard Space Flight Center)

[ALPS1-02(Invited)]Thermal Management in Fiber Laser Systems

*Peter Dragic¹, Nanjie Yu¹, Bailey Meehan², Thomas Wade Hawkins², John Ballato², Michel J. F. Digonnet³(1.University of Illinois at Urbana-Champaign, 2.Clemson University, 3.Stanford University)

[ALPS2-01(Invited)]Strong-Field Mid-IR Sources Based on 2.4 µm Cr:ZnSe Laser Amplifier

*Kyung-Han Hong^1,2, Sang-Hoon Nam²(1.MIT Lincoln Laboratory, 2.MIT Research Laboratory of Electronics)

[ALPS2-02]Mode-locked Cr:ZnS laser with positive peak structure of gaseous molecules

*Daiki Okazaki¹, Wenqing Song¹, Ikki Morichika¹, Satoshi Ashihara¹(1.The University of Tokyo)

[ALPS2-03]Intensity noise suppression in a mode-locked polycrystalline Cr:ZnS laser employing inherent second harmonic generation

*Xiangbao Bu¹, Daiki Okazaki¹, Satoshi Ashihara¹(1.Institute of Industrial Science, The University of Tokyo)

[ALPS3-01(Invited)]Ultrafast 2.8 mm fiber laser with sub-two-cycle pulse duration and octave
spectral spanning

*Meng Pang^1,2,3, Jiapeng Huang^1,3(1.Russell Centre for Advanced Lightwave Science, Shanghai Institute of Optics and Fine Mechanics, CAS, Shanghai, 201800, China, 2.State Key Laboratory of High Field Laser Physics and CAS Center for Excellence in Ultra-intense Laser Science, Shanghai Institute of Optics and Fine Mechanics, CAS, Shanghai, 201800, China, 3.Hangzhou Institute of Advanced Study, University of Chinese Academy of Sciences, Hangzhou, 310024, China)

[ALPS3-02]Spectral Control of Dispersion Managed, Highly-Efficient Tm-Ho co-doped Ultrashort Pulse Fiber Laser at 2 um Using SWNT

*Keisuke Fukazawa¹, Ying Zhou², Shotaro Kitajima¹, Takeshi Saito², Yoichi Sakakibara², Norihiko Nishizawa¹(1.Nagoya University, 2.National Institute of Advanced Industrial Science and Technology)

[ALPS3-03]Ultralow timing jitter 840 MHz repetition rate femtosecond fiber laser

*Ruoao Yang Yang¹, Minghe Zhao¹, Aimin Wang¹, Zhangyuan Chen¹, Zhigang Zhang¹(1.Peking University)

[ALPS3-04]Growth, spectroscopy, and laser operation of Tm³⁺:YScO₃
mixed sesquioxide crystal

*Anna Suzuki^1,2, Sascha Kalusniak³, Hiroki Tanaka³, Mario Brützam³, Steffen Ganschow³, Masaki Tokurakawa^1,2, Christian Kränkel³(1.Institute for Laser Science, University of Electro-Communications, 2.Center for Neuroscience and Biomedical Engineering, University of Electro-Communications, 3.Leibniz-Institut für Kristallzüchtung)

[ALPS3-05]Cavity Enhanced Raman Spectroscopy of Gas Species Utilizing a Blue External Cavity Diode Laser

*Yuji Ichikawa¹, Tatsuo Shiina², Shigeru Yamaguchi³(1.Shikoku Research Institute, 2.Chiba University, 3.Tokai University)

[ALPS4-01(Invited)]Ho³⁺ doped garnet single crystal fibers: growth and laser operation

*Xiaodong Xu¹, Jian Liu², Qingsong Song², Dongzhen Li¹, Yongguang Zhao¹, Jun Xu²(1.Jiangsu Normal University, 2.Tongji University)

[ALPS4-02]Development of a 214.2 MHz Bidirectional Yb:KGW Ring Laser Oscillator

*Yuki Yoshino¹, Reza Amani¹, Atsushi Iwasaki¹, Kaoru Yamanouchi¹(1.Center for Ultrafast Intense Laser Science, School of Science, The University of Tokyo)

[ALPS4-03]Exploring The Difference between Self-Raman Nd:YVO₄ Lasers and Nd:YVO₄/KGW Raman Lasers at The Visible

*Chao-Ming Chen^1,2, Chi-Chun Lee^1,2, Chien-Yen Huang^1,2, Hao-Yun Huang^1,2, Chia-Han Tsou^1,2, Yung-Fu Chen^1,2(1.National Yang Ming Chiao Tung University, 2.NYCU-LIGHTMED Laser System Research Center)

[ALPS4-04]Study of the CW laser properties of Fe:ZnSe single crystals at ~4 μm

*Enhao Li¹, Hiyori Uehara^1,2, Weichao Yao², Bingyu Han³, Shigeki Tokita³, Fedor Potemkin⁴, Ryo Yasuhara^1,2(1.The Graduate University for Advanced Studies, SOKENDAI, 2.National Institute for Fusion Science, 3.Institute of Laser Engineering, Osaka University, 4.M.V. Lomonosov Moscow State University)

[ALPS5-01(Invited)]A 150 J DPSSL operating at 1.5 kW level

*Martin Divoky¹, Jan Pilar¹, Martin Hanus¹, Petr Navratil¹, Ondrej Denk¹, Patricie Severova¹, Paul Mason², Mariastefania De Vido², Thomas Butcher², Saumyabrata Banerjee², Chris Edwards², John Collier², Martin Smrz¹, Tomas Mocek¹(1.HiLASE centre, Institute of Physics ASCR (Czech), 2.Central Laser Facility, STFC Rutherford Appleton Laboratory (UK))

[ALPS5-02(Invited)]Fully autonomous laser parameter exploration for laser-based precision machining

*Shuntaro Tani¹, Yohei Kobayashi¹(1.The University of Tokyo)

[ALPS5-03]Laser assisted charge-exchange-system of negative hydrogen beam with pulse train laser in J-PARC facility

*Yurina Michine¹, Aoi Fuchi¹, Hitoki Yoneda¹, Hiroyuki Harada², Pranab K Saha², Atsushi Sato³, Takanori Shibata⁴, Michikazu Kinsho²(1.University of Electro-Communications, 2.JAEA/J-PARC, 3.NAT, 4.KEK)

[ALPS6-01(Invited)]Graphene functionalized microcomb devices

*Baicheng Yao¹(1.University of Electronic Science and Technology of China)

[ALPS6-02(Invited)]Systematic microresonator dispersion engineering for frequency comb generation

*Shun Fujii¹(1.RIKEN, Japan)

[ALPS6-03]Transmittance properties of metallic microcoil array in sub-terahertz region

*Shuang Liu¹, Ziqi Ling¹, Verdad Canila Agulto¹, Valynn Katrine P. Mag-usara¹, Motoharu Haga², Masashi Yoshimura¹, Makoto Nakajima¹(1.Osaka University, 2.Daicel Corporation)

[ALPS7-01]Stability measurements of microresonator Raman combs

*Shuto Sugawara¹, Shun Fujii^1,2, Hajime Kumazaki¹, Shota Sota¹, Takasumi Tanabe¹(1.Keio University, 2.RIKEN Center for Advanced Photonics)

[ALPS7-02]Detuning dependence of beat noise in a microresonator frequency comb source

*Soma Kogure¹, Shun Fujii^1,2, Hajime Kumazaki¹, Shota Sota¹, Yosuke Hashimoto³, Yuta Kobayashi³, Tomohiro Araki³, Takasumi Tanabe¹(1.Keio University, 2.RIKEN Center for Advanced Photonics, 3.Japan Aerospace Exploration Agency)

[ALPS7-03]Microresonator frequency comb for wavelength division multiplexing communications at 20-GHz channel spacing

*Koya Tanikawa¹, Shun Tasaka¹, Koshiro Wada¹, Soma Kogure¹, Shuya Tanaka¹, Shun Fujii^1,2, Hajime Kumazaki¹, Satoki Kawanishi¹, Takasumi Tanabe¹(1.Department of Electrical and Information Engineering, Faculty of Science and Technology, Keio University, 2.Quantum Optoelectronics Research Team, RIKEN Center for Advanced Photonics)

[ALPS7-04]Development of a photonic crystal spectrometer using randomness for multi-wavelength analysis

Takumasa Kodama¹, *Ryo Sugano¹, Joceyln Hofs¹, Shengji Jin¹, Minoru Ohtsuka², Miyoshi Seki², Nobuyuki Yokoyama², Makoto Okano², Takasumi Tanabe¹(1.Keio University , 2.National Institute of Advanced Industrial Science and Technology)

[ALPS8-01(Invited)]Advanced mid-infrared spectroscopy and microscopy

*Takuro Ideguchi¹(1.The University of Tokyo)

[ALPS8-02]Fringe- and speckle-free holographic patterned illumination using multifocal time-multiplexed temporal focusing pulses

*Keisuke Isobe^1,3, Tomohiro Ishikawa^1,2, Kenta Inazawa^1,2, Takayuki Michikawa^1,4, Kana Namiki⁴, Atsushi Miyawaki^1,4, Fumihiko Kannari², Katsumi Midorikawa¹(1.RIKEN Center for Advanced Photonics, 2.Keio University, 3.Kyoto University, 4.RIKEN Center for Brain Science)

[ALPS8-03]Enzyme-based biofluorometric gas-imaging system “sniff-cam” for spatiotemporal measurement of human-derived volatile organic compounds

*Kenta Iitani¹, Koji Toma¹, Takahiro Arakawa¹, Kohji Mitsubayashi¹(1.Tokyo Medical and Dental University)

[ALPS8-04(Invited)]Toward super spatiotemporal resolution fluorescence microscope for live imaging of molecules and cells.

*Yasushi Okada¹(1.The University of Tokyo/RIKEN)

[ALPS8-05]Image sensing of light scattering patterns for estimating the formation of biofilm inside a glass tube

*Naomichi Yokoi¹, Tomonori Yuasa², Ilpo Niskanen³, Jukka Räty⁴, Kenichi Hibino⁵, Hideki Funamizu², Yoshihisa Aizu²(1.Chitose Institute of Science and Technology, 2.Muroran Institute of Technology, 3.Thule Institute, University of Oulu, 4.CEMIS-OULU, University of Oulu, 5.National Institute of Advanced Industrial Science and Technology (AIST))

[ALPS8-06]Advanced Diode Laser with Specialized Beam-delivery Instrument in Combined Mini Invasive Laser Hemorrhoid Treatment

Evgenii Kuznetsov¹, Nikita Zhizhin¹, Yury Golyaev¹, Yury Kolbas¹, *Tatiana Soloveva¹(1."POLYUS" Research Institute of M.F. Stelmakh)