〇Haruki Kawaguchi¹、 Kei Umesato¹、 Katsuhiko Miyamoto^1,2、 Takashige Omatsu^1,2 (1.Graduate School of Engineering, Chiba Univ.、2.Molecular chirality research center, Chiba Univ)

11:15 〜 11:30

▼ [10a-Z16-7] In Situ Neurite Guidance Activated by Femtosecond Laser Processing in Microfluidic Device

〇(D)Dian Anggraini¹、 Kazunori Okano¹、 Yo Tanaka²、 Sohei Yamada¹、 Yaxiaer Yalikun^1,2、 Yoichiroh Hosokawa¹ (1.Div. Mat. Sci., NAIST, Japan、2.Cent. BDR, RIKEN, Osaka, Japan)

11:30 〜 11:45

▼ [10a-Z16-8] Laser-assisted Impedance Cytometry in micro-fluidic chip: Detection of Cell Position by M-shaped Electrode

〇(D)TAO TANG¹、 Xun Liu¹、 Yigang Shen²、 Yo Tanaka²、 Ming Li³、 Yaxiaer Yalikun^1,2、 Yochiroh Hosokawa¹ (1.Div. Mat. Sci., NAIST、2.RIKEN BRD、3.Sch.Eng., Macquarie Uni.)

11:45 〜 12:00

▼ [10a-Z16-9] Flow Velocity Dependency of Microfluidic Sensor of Ultra-thin Glass Sheet Fabricated by Femtosecond Laser Processing

〇(D)YANSHENG HAO¹、 CHAOYING FANG¹、 MING LI²、 YAXIAER YALIKUN¹、 YOICHIROH HOSOKAWA¹ (1.Div. Mat. Sci., NAIST、2.Sch. Eng., Macquarie Uni)

一般セッション(口頭講演)

[11a-Z16-1~9] 4.3 Lasers and laser materials processing

2020年9月11日(金) 09:00 〜 12:00 Z16

西澤典彦(名大)

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09:00 〜 09:30

▲ [11a-Z16-1] [INVITED]Structured light offers new laser sciences and structured materials

〇Takashige Omatsu¹ (1.Chiba University)

09:30 〜 09:45

▲ [11a-Z16-2] Optical vortex induced flower-shaped surface relief of azo-polymers

〇(M1)Ami Shiraishi¹、 Keigo Masuda¹、 Katsuhiko Miyamoto^1,2、 Takashige Omatsu^1,2 (1.Chiba Univ.、2.MCRC, Chiba Univ.)

09:45 〜 10:00

▲ [11a-Z16-3] Optical vortex induced nano-micro Aluminum structures

〇(DC)Ablez Ablimit¹、 Ryoga Koike¹、 Katsuhiko Miyamoto^1,2、 Takashige Omatsu^1,2 (1.Chiba Univ.、2.MCRC)

10:00 〜 10:15

▲ [11a-Z16-4] Ultrasonic-Enhanced Fabrication of Metal Nanoparticles by Laser Ablation in Liquid

〇(DC)XIN HU¹、 Noriharu Takada¹、 Wahyu Diono¹、 Hideki Kanda¹、 Motonobu Goto¹ (1.Nagoya Univ.)

10:15 〜 10:30

▼ [11a-Z16-5] Enhanced field emission from indium (III) selenide nano-cubes synthesized by laser ablation in liquid

〇(D)Siddhant Anandrao Dhongade¹、 Akihiro Furube²、 Pankaj Koinkar³、 Mahendra More² (1.Doctoral Student、2.professor、3.associate professor)

10:45 〜 11:00

▼ [11a-Z16-6] GHz burst mode laser ablation with fs laser pulses for efficient surface microfabrication

〇Francesc CaballeroLucas¹、 Juraj Sladek²、 Inam Mirza²、 Nadezhda M. Bulgakova²、 Kotaro Obata¹、 Koji Sugioka¹ (1.RIKEN RAP、2.HiLASE Centre)

11:00 〜 11:15

▼ [11a-Z16-7] Development of a fast wavelength switchable external cavity semiconductor laser

〇Sota Mine¹、 Kodo Kawase¹、 Kosuke Murate¹ (1.Nagoya Univ.)

11:15 〜 11:30

▲ [11a-Z16-8] All-fiber Mode-locking Laser using Low-V-number Fiber with enhanced Polarization Dependent Loss

〇(M2)Yunpeng Huang¹、 Hongbo Jiang¹、 Zihao Zhao¹、 Takuma Shirahata¹、 Lei Jin¹、 Sze Yun Set¹、 Shinji Yamashita¹ (1.The University of Tokyo)

11:30 〜 12:00

▲ [11a-Z16-9] [INVITED]Dispersion engineering for microresonator frequency comb generation

〇Takasumi Tanabe¹、 Shun Fujii¹、 Yasuhiro Kakinuma¹ (1.Keio Univ.)

セッション一覧

4 JSAP-OSA Joint Symposia 2020 » 4.3 Lasers and laser materials processing

[10a-Z16-1~9] 4.3 Lasers and laser materials processing

▲ [10a-Z16-1] [INVITED]Picosecond thin disk laser platform Perla for micromachining

▲ [10a-Z16-2] Attomolar Sensnig by Liquid-Interface SERS Using 3D Glass Microfluidic Chip Fabricated by Hybrid Femtosecond Laser Processing

▲ [10a-Z16-3] Laser Engraved Microstructure for Arranging Particle Flowing in a Glass Microfluidic Channel

▲ [10a-Z16-4] Using free radical scavenging activity to estimate bovine serum albumin reaction sites for 3D protein printing by femtosecond laser direct write

▲ [10a-Z16-5] [INVITED]Investigation of material science with high intensity ultrafast laser

▼ [10a-Z16-6] Fractional optical vortex creates deflected ‘spin-jet’