Nano-Material Manipulation and Structural Order Control with Optical Forces

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Research Topics

2018.08.22
“Hole in One” of Nanoparticles into Gold Nano-Gaps
Keiji Sasaki (Planned Research A03: Hokkaido University)
2018.07.25
Molecular manipulation in the strong coupling regime
Kei Murakoshi (Planned Research A03: Hokkaido University)
2018.04.30
Coalescence of microdroplets by optical trapping
Takashi Kaneta (Publicly Offered Research: Okayama University)
2018.03.20
Nano-optofluidics: Coupling Nanofluidics with Optical Forces
Yan Xu (Publicly Offered Research: Osaka Prefecture University)
2017.12.20
Elucidating the Mechanism of Particle Transportation due to Photoinduced Convective Flow Toward Efficient Assistance for Resonant Optical Manipulation
Shoji Ito (Planned Research A02: Osaka University)
2017.11.30
Direct measurement of optical pressure by using carbon nanotube mechanical resonator
Seiji Akita (Planned Research A01: Osaka Prefecture University)
2017.11.16
Optical fabrication of ZnO microspheres in superfluid helium and their inner structures
Masaaki Ashida (Planned Research A02: Osaka University)
2017.11.13
High-sensitive and high-resolution imaging of the photo-induced force without the photo-thermal effect
Yasuhiro Sugawara (Planned Research A01:Osaka University)
2017.11.12
Dispersion and isolation of semiconductor quantum dots in buffer gases
Mitsutaka Kumakura (Planned Research A02, University of Fukui)
2017.10.26
Microscopic Imaging with Circular Dichroism
Hiromi Okamoto (Planned Research A02, Institute for Molecular Science)
2017.09.30
Designed synchronized-fluorescence of the emitter ensemble
Hajime Ishihara (Planned Research A01: Osaka Prefecture University)
2017.09.29
Development of Non-Plasmonic NASSCA Optical Tweezer
Yasuyuki Tsuboi (Planned Research A04, Osaka City University)
2017.09.18
Amyloid fibril formation by optical trapping
Teruki Sugiyama (Planned Research A04, Nara Institute and Science and Technology)
2017.09.07
Photofunctionality of Composition- and Shape-controlled ZAIS Quantum Dots with Less Toxicity
Tsukasa Torimoto
(Planned Research A04: Nagoya University)