Research Organization
Steering Committee
Revolution of Chiral Materials Science using Helical Light Fields
Principal Investigator
![](/img/face/c01-takashige_omatsu.png)
Takashige OmatsuChiba University
Co-Investigators
![](/img/face/b01-hiromi_okamoto.jpeg)
Hiromi OkamotoInstitute for Molecular Science
![](/img/face/a02-masahiro_ehara.jpg)
Masahiro EharaNational Institutes of Natural Sciences
Evaluation Committee
Reviewers
![](/wp-content/uploads/2023/10/Eiji-Yashima.jpg)
Eiji YashimaNagoya University
![](/img/face/toyohiko_yatagai.jpg)
Toyohiko YatagaiUtsunomiya University
![](/img/face/hiroshi-masuhara.jpg)
Hiroshi MasuharaNational Yang Ming Chiao Tung University
![](/img/face/tohru-suemoto.jpg)
Tohru SuemotoThe University of Electro-Communications
Advisors
![](/wp-content/uploads/2023/10/kazue-kurihara.jpg)
Kazue KuriharaTohoku University
![](/img/face/yoshie-harada.jpg)
Yoshie HaradaOsaka University
![](/img/face/keiji_sasaki.jpg)
Keiji SasakiHokkaido University
![](/img/face/yasushi-inoue.png)
Yasushi InoueOsaka University
International Advisors
![](/img/face/kishan_dholakia.png)
Kishan DholakiaUniversity of Adelaide and University of St Andrews
![](/img/face/halina-rubinsztein-dunlop.jpg)
Halina Rubinsztein-DunlopThe University of Queensland
![](/wp-content/uploads/2023/10/Mr.Malcolm-scaled.jpg)
Malcolm KadodwalaUniversity of Glasgow
![](/wp-content/uploads/2023/10/Alexander-Govorov.jpg)
Alexander GovorovOhio University
Planned Research
A01
Nonlinear chiral optical responses by helical light fields
Principal Investigator
![](/img/face/a01-nobuhiko_yokoshi.jpg)
Nobuhiko YokoshiOsaka Metropolitan University
Co-Investigators
![](/img/face/a01-1-yoshito-tanaka.jpg)
Yoshito TanakaHokkaido University
A02
Quantum inverse design theory for the chiroptical properties based on helical light fields
Principal Investigator
![](/img/face/a02-masahiro_ehara.jpg)
Masahiro EharaNational Institutes of Natural Sciences
A03
Coherent control of excitons in chiral molecular systems throught interactions with helical light fields
Principal Investigator
![](/img/face/a03-takuya_nakashima.jpg)
Takuya NakashimaOsaka Metropolitan University
Co-Investigators
![](/img/face/a03-1-takashi-hirose.jpg)
Takashi HiroseKyoto University
![](/img/face/a03-2-mitsuhiko-morisue.jpg)
Mitsuhiko MorisueKyoto Institute of Technology
![](/img/face/a03-3-mihoko-yamada.jpg)
Mihoko YamadaNara Institute of Science and Technology
B01
Chiral interaction dynamics between helical light fields and nanomaterials
Principal Investigator
![](/img/face/b01-hiromi_okamoto.jpeg)
Hiromi OkamotoInstitute for Molecular Science
Co-Investigators
![](/img/face/b01-1-sadgrove-mark.jpg)
Sadgrove MarkTokyo University of Science
![](/img/face/b01-3-ahn-hyoYong.jpg)
AHN HyoYongNational Institutes of Natural Sciences
![](/wp-content/uploads/2023/10/B01-4Junsuke-Yamanishi.png)
Junsuke YamanishiInstitute for Molecular Science
B02
Interaction between material and helical near field
Principal Investigator
![](/img/face/b02-tomoya-oshikiri.png)
Tomoya OshikiriTohoku University
Co-Investigators
![](/img/face/no-image.png)
Takehiko WadaTohoku University
B03
Nanoscale Helical Field Generations and Material Manipulations using Plasmonics
Principal Investigator
![](/wp-content/uploads/2023/10/B03-atsushi_taguchi.jpeg)
Atsushi TaguchiHokkaido University
C01
Nano/macro-scale chiral structures fabricated by illumination of helical light fields
Principal Investigator
![](/img/face/c01-takashige_omatsu.png)
Takashige OmatsuChiba University
Co-Investigators
![](/wp-content/uploads/2023/10/C01-1Hiroko-Yokota.jpg)
Hiroko YokotaTokyo Institute of Technology
![](/img/face/c01-katsuhiko-miyamoto.jpg)
Katsuhiko MiyamotoChiba University
![](/img/face/c01-2-teruki-sugiyama.jpg)
Teruki SugiyamaNara Institute of Science and Technology
C02
Excitation of quantized vortex via helical light field
Principal Investigator
![](/img/face/c02-yosuke-inowa.jpg)
Yosuke MinowaKyoto University
Co-Investigators
![](/img/face/c02-1-makoto-tsubota.png)
Makoto TsubotaOsaka Metropolitan University
![](/img/face/c02-2-takashi-nishioka.jpg)
Takashi NishiokaKochi University
C03
Stimulation into biological tissues and self-organization dynamics using helical light fields
Principal Investigator
![](/img/face/c03-chie-hosokawa.jpg)
Chie HosokawaOsaka Metropolitan University
Co-Investigators
![](/img/face/c03-1-kentaro-doi.jpg)
Kentaro DoiToyohashi University of Technology
C04
Development of 3D-tissues with helical structures by helical light field
Principal Investigator
![](/img/face/c04-michiya_matsusaki.jpg)
Michiya MatsusakiOsaka University
Co-Investigators
![](/wp-content/uploads/2023/10/c04-1-masahiko-nakamoto.jpg)
Masahiko NakamotoOsaka University
![](/img/face/c04-2-kenta-homma.jpg)
Kenta HommaOsaka University
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
Principal Investigator
![](/img/face/01-pin-christophe.jpg)
Pin ChristopheOkinawa Institute of Science and Technology
Theory of topological-light driven nonequilibrium dynamics of vortex generation in magnets and superconductors
Principal Investigator
![](/img/face/02-masahiro_sato.jpg)
Masahiro SatoChiba University
Molecular Theories in Chiral Materials Science
Principal Investigator
![](/img/face/03-hirofumi_sato.jpg)
Hirofumi SatoKyoto University
Experimental and theoretical studies on the interaction of high-energy UV vortex synchrotron radiation with biomolecules
Principal Investigator
![](/wp-content/uploads/2023/10/04-koichi-matsuo.png)
Koichi MatsuoHiroshima University
Interaction of light vortices and electrons explored in quantum Hall regime
Principal Investigator
![](/img/face/05-kenichi_oto.jpg)
Kenichi OtoChiba University
Simulation study on the correlation between local asymmetry and macroscopic chirality in fundamental processes of optical-vortex and plasma interaction
Principal Investigator
![](/wp-content/uploads/2023/10/06Hiroaki-Nakamura.jpg)
Hiroaki NakamuraNational Institute for Fusion Science
B
Topological structures induced by transverse spin angular momentum of surface plasmon polaritons
Principal Investigator
![](/img/face/07-atsushi_kubo.jpg)
Atsushi KuboUniversity of Tsukuba
Integrated system of HS-AFM and optical vortex for high spatio-temporal resolution observation of chiral ordering
Principal Investigator
![](/img/face/08-takayuki_umakoshi.png)
Takayuki UmakoshiOsaka University
High resolution observation of chirality by photo-induced force microscopy and elucidation of light helix and molecular interactions
Principal Investigator
![](/img/face/09-yasuhiro-sugawara.jpg)
Yasuhiro SugawaraOsaka University
Visualization of nano-optical chiral fields generated by helical light
Principal Investigator
![](/img/face/10-kohei-imura.jpg)
Kohei ImuraWaseda University
Development of single-chip optical chiral light sources
Principal Investigator
![](/img/face/11-kyoko_kitamura.jpg)
Kyoko KitamuraTohoku University
Optical Vortex Tweezers using Nanostructured Semiconductors and their applications to Chiral Chemistry
Principal Investigator
![](/wp-content/uploads/2023/10/12-yasuyuki_tsuboi.jpg)
Yasuyuki TsuboiOsaka Metropolitan University
Chiro-thermo-optical reaction fields at the nanometer scale
Principal Investigator
![](/img/face/13-kenji_setoura.jpg)
Kenji SetouraUniversity of Hyogo
C
Development of Nanomaterials with Photoregulated Helicity
Principal Investigator
![](/wp-content/uploads/2023/10/14-ryojun_toyoda.jpg)
Ryojun ToyodaTohoku University
Chiral Nucleation in Metaspace with Enhanced Helical Near-Field Co-Created by Electric and Magnetic Field
Principal Investigator
![](/wp-content/uploads/2023/10/15Hiromasa-Niinomi.png)
Hiromasa NiinomiTohoku University
Creation of magnetic skyrmions by helicity of light
Principal Investigator
![](/img/face/16-tomoyuki_yokouchi.jpg)
Tomoyuki YokouchiRIKEN
Theory for fluid control and chiral ordering with helical light field
Principal Investigator
![](/img/face/17-mamoru_tamura.jpg)
Mamoru TamuraOsaka University
Chirality-selective nucleation and crystal growth induced by chiral vortex beam
Principal Investigator
![](/img/face/18-ryusei-oketani.jpg)
Ryusei OketaniOsaka University
Exploring chiral edge mode and geometric universality in active matter by optical vortex manipulatio
Principal Investigator
![](/img/face/19-yusuke-maeda.png)
Yusuke MaedaKyoto University
Photochemical chiral growth of metal colloids using helisity of light
Principal Investigator
![](/img/face/20-koichiro_saito.jpg)
Koichiro SaitoNational Institute of Advanced Industrial Science and Technology
Molecular assembling of phenylalanine derivatives by chiral optical forces
Principal Investigator
![](/img/face/21-kenichi_yuyama.jpg)
Kenichi YuyamaOsaka Metropolitan University