| Steering Committee |
| Revolution of Chiral Materials Science using Helical Light Fields |
|
| Principal Investigator |
Takashige Omatsu（Chiba University・Professor） |
| Co-Investigators |
Hiromi Okamoto（Institute for Molecular Science・Professor・Professor） |
|
Masahiro Ehara（National Institutes of Natural Sciences・Professor） |
| Evaluation Group |
Reviewers |
Eiji Yashima（Nagoya University） |
| Toyohiko Yatagai（Utsunomiya University） |
| Hiroshi Masuhara（National Yang Ming Chiao Tung University） |
| Tohru Suemoto（The University of Electro-Communications） |
| Advisors |
Kazue Kurihara（Tohoku University） |
| Yoshie Harada（Osaka University） |
| Keiji Sasaki（Hokkaido University） |
| Yasushi Inouye（Osaka University） |
| International Advisors |
Kishan Dholakia (University of Adelaide and University of St Andrews) |
| Halina Rubinsztein-Dunlop (The University of Queensland) |
| Malcolm Kadodwala(University of Glasgow) |
| Alexander Govorov (Ohio University) |
| Planned Research （＊Co-Investigator） |
| A01 |
Nonlinear chiral optical responses by helical light fields |
Nobuhiko Yokoshi（Osaka Metropolitan University・Associate Professor） |
| ＊Yoshito Tanaka（Hokkaido University・Professor） |
| A02 |
Quantum inverse design theory for the chiroptical properties based on helical light fields |
- Masahiro Ehara（National Institutes of Natural Sciences・Professor）
|
| A03 |
Coherent control of excitons in chiral molecular systems throught interactions with helical light fields |
- Takuya Nakashima（Osaka Metropolitan University・Professor）
- ＊Takashi Hirose（Kyoto University・Associate Professor）
＊Mitsuhiko Morisue（Kyoto Institute of Technology・Assistant Professor）
＊Mihoko Yamada（Nara Institute of Science and Technology・Assistant Professor）
|
| B01 |
Chiral interaction dynamics between helical light fields and nanomaterials |
- Hiromi Okamoto（Institute for Molecular Science・Professor）
-
- ＊Sadgrove Mark（Tokyo University of Science・Associate Professor）
＊Tetsuya Narushima)（Institute for Molecular Science・特別訪問研究員）
＊AHN HyoYong（National Institutes of Natural Sciences・Assistant Professor）
＊Junsuke Yamanishi（Institute for Molecular Science・Assistant Professor）
|
| B02 |
Interaction between material and helical near field |
- Tomoya Oshikiri（Tohoku University・Associate Professor）
- ＊Takehiko Wada（Tohoku University・Professor）
|
| B03 |
Nanoscale Helical Field Generations and Material Manipulations using Plasmonics |
- Atsushi Taguchi（Hokkaido University・Associate Professor）
|
| C01 |
Nano/macro-scale chiral structures fabricated by illumination of helical light fields |
- Takashige Omatsu（Chiba University・Professor）
- ＊Hiroko Yokota（Chiba University・Associate Professor）
＊Teruki Sugiyama（Nara Institute of Science and Technology・Professor）
|
| C02 |
Excitation of quantized vortex via helical light field |
- Yosuke Minowa（Osaka University・Assistant Professor）
- ＊Makoto Tsubota（Osaka Metropolitan University・Professor）
＊Takashi Nishioka（Kochi University・Professor）
|
| C03 |
Stimulation into biological tissues and self-organization dynamics using helical light fields |
- Chie Hosokawa（Osaka Metropolitan University・Professor）
- ＊Kentaro Doi（Toyohashi University of Technology・Professor）
|
| C04 |
Development of 3D-tissues with helical structures by helical light field |
- Matsusaki Michiya（Osaka University・Professor）
- ＊Masahiko Nakamoto（Osaka University・Assistant Professor）
＊Kenta Homma（Osaka University・Assistant Professor）
|
| Publicly Offered Research |
| A |
Study of chirality-dependent optical forces enabled by spin-orbital angular momentum conversion in the nonlinear optical trapping of VO2 particles |
- Pin Christophe（Hokkaido University・Assistant Professor）
|
| Theory of topological-light driven nonequilibrium dynamics of vortex generation in magnets and superconductors |
- Masahiro Sato（Chiba University・Professor）
|
| Molecular Theories in Chiral Materials Science |
- Hirofumi Sato（Kyoto University・Professor）
|
| 放射光高エネルギー紫外光渦と生体分子との相互作用についての実験・理論研究 |
- Koichi Matsuo（Hiroshima University・Associate Professor）
|
| Interaction of light vortices and electrons explored in quantum Hall regime |
- Kenichi Oto（Chiba University・Professor）
|
| Simulation study on the correlation between local asymmetry and macroscopic chirality in fundamental processes of optical-vortex and plasma interaction |
- Hiroaki Nakamura（National Institute for Fusion Science・Professor）
|
| B |
Topological structures induced by transverse spin angular momentum of surface plasmon polaritons |
- Atsushi Kubo（University of Tsukuba・Senior Lecturer）
|
| Integrated system of HS-AFM and optical vortex for high spatio-temporal resolution observation of chiral ordering |
- Takayuki Umakoshi（Osaka University・Senior Lecturer）
|
| High resolution observation of chirality by photo-induced force microscopy and elucidation of light helix and molecular interactions |
- Yasuhiro Sugawara（Osaka University・Professor）
|
| Visualization of nano-optical chiral fields generated by helical light |
- Kohei Imura（Waseda University・Professor）
|
| Development of single-chip optical chiral light sources |
- kyoko kitamura（Tohoku University・Professor）
|
| Optical Vortex Tweezers using Nanostructured Semiconductors and their applications to Chiral Chemistry |
- Yasuyuki Tsuboi（Osaka Metropolitan University・Professor）
|
| Chiro-thermo-optical reaction fields at the nanometer scale |
- Kenji Setoura（Kobe City College of Technology・Associate Professor）
|
| C |
Development of Nanomaterials with Photoregulated Helicity |
- Ryojun Toyoda（Tohoku University・Assistant Professor）
|
| Chiral Nucleation in Metaspace with Enhanced Helical Near-Field Co-Created by Electric and Magnetic Field |
- Hiromasa Niinomi（Tohoku University・Assistant Professor）
|
| 超螺旋光による磁気スキルミオン生成 |
- Tomoyuki Yokouchi（The University of Tokyo・Assistant Professor）
|
| Theory for fluid control and chiral ordering with helical light field |
- Mamoru Tamura（Osaka University・Assistant Professor）
|
| Chirality-selective nucleation and crystal growth induced by chiral vortex beam |
- Ryusei Oketani（Osaka University・Assistant Professor）
|
| Exploring chiral edge mode and geometric universality in active matter by optical vortex manipulatio |
- Yusuke Maeda（Kyushu University・Associate Professor）
|
| Photochemical chiral growth of metal colloids using helisity of light |
- Koichiro Saito（National Institute of Advanced Industrial Science and Technology・Researcher）
|
| Molecular assembling of phenylalanine derivatives by chiral optical forces |
- Kenichi Yuyama（Osaka Metropolitan University・Senior Lecturer）
|
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