Nano-Material Manipulation and Structural Order Control with Optical Forces



[Administrative Group]
Nano-Material Manipulation and Structural Order Control with Optical Forces
Head InvestigatorHajime ISHIHARAOsaka Prefecture University
Co-InvestigatorKeiji SASAKIHokkaido University
Co-InvestigatorHiromi OKAMOTOInstitute for Molecular Science
Co-InvestigatorTakashige OMATSUChiba University
Co-InvestigatorSeiji AKITAOsaka Prefecture University
Co-InvestigatorSatoyuki KAWANOOsaka University
Co-InvestigatorKei MURAKOSHIHokkaido University
Co-InvestigatorYasuhiro SUGAWARAOsaka University
Co-InvestigatorMasaaki ASHIDAOsaka University
Co-InvestigatorYasuyuki TSUBOIOsaka City University
Co-InvestigatorTsukasa TORIMOTONagoya University
Review Group
ReviewerTadashi ITOHOsaka University
ReviewerKazue KURIHARATohoku University
ReviewerToyohiko YATAGAIUtsunomiya University
AdvisorKikuo CHOToyota Physical and Chemical Research Institute
AdvisorSatoshi KAWATAOsaka University
AdvisorHiroshi MASUHARANational Chiao Tung University, Taiwan
AdvisorToshio YANAGIDAOsaka University
[A01] Basics of optical forces:
Theories, metrologies, and observations of optical forces for establishing basics of optical manipulation
Principal-InvestigatorHajime ISHIHARAOsaka Prefecture University
Co-InvestigatorSatoyuki KAWANOOsaka University
Co-InvestigatorYasuhiro SUGAWARAOsaka University
Co-InvestigatorSeiji AKITAOsaka Prefecture University
Co-InvestigatorChie HOSOKAWANational Institute of Advanced Industrial Science and Technology
[A02] Creation of optical forces:
Developing new manipulation methods utilizing the resonant linear and nonlinear optical responses of matter systems
Principal-Investigator Hiromi OKAMOTOInstitute for Molecular Science
Co-InvestigatorMasaaki ASHIDAOsaka University
Co-InvestigatorSyoji ITOOsaka University
Co-InvestigatorMitsutaka KUMAKURAUniversity of Fukui
Co-InvestigatorSatoru SHOJIThe University of Electro-Communications
[A03] Ultimate scheme of optical forces:
Manipulation of single molecules on the nanometer scale by utilizing localized electric field, and the operation over macroscopic regions
Principal-Investigator Keiji SASAKIHokkaido University
Co-InvestigatorKei MURAKOSHIHokkaido University
Co-InvestigatorRyuji MORITAHokkaido University
Co-InvestigatorTsuyoshi FUKAMINATOKumamoto University
[A04] Exploitation of optical forces:
Creation of superstructures and new phenomena by the design of optical forces
Principal-Investigator Takashige OMATSUChiba University
Co-InvestigatorYasuyuki TSUBOIOsaka City University
Co-InvestigatorTeruki SUGIYAMANara Institute of Science and Technology
Co-InvestigatorTakuya IIDAOsaka Prefecture University
Co-InvestigatorTsukasa TORIMOTONagoya University
Publicly Invited Research
Remote excitation of plasmonic waveguiding optical trapping
Principal-Investigator Hiroshi UJI-IHokkido University
Thermodynamics of fluctuation and order of the nanoparticles under optical forces evaluated through measurement data analysis
Principal-Investigator Itsuo HANASAK Tokyo University of Agriculture and Technology
Optical manipulation of molecules on solid surfaces based on resonance photon absorption and thermal fluctuation
Principal-Investigator Hiroshi IMADARIKEN
Optical trapping using the controlled nanospace and construction of photochemical reaction fields
Principal-InvestigatorKosei UENOHokkaido University
Chiral environment induced by optical vortex in nanosheet colloid
Principal-InvestigatorYasutaka SUZUKIYamaguchi University
Fabrication of Nanoparticle Arrays by Integration of Optical Forces and Nano-in-Nano Fluidics
Principal-Investigator Yan XUOsaka Prefecture University
Motion control and micro cooling by active feedback optical tweezers
Principal-Investigator Tadao SUGIURASojo University
High sensitive vibrational spectroscopy using optical deceleration by evanescent field and metamaterial absorber
Principal-Investigator Takuo TANAKARIKEN
Investigation of the optical force induced phase transition by considering the electronic states
Principal-Investigator Kazuyuki SAKAMOTOChiba University
Development of a highly-efficient collection method of exosomes using optical pressure and its application to early diagnosis of cancer
Principal-Investigator Takashi KANETAOkayama University
Optical pulling force using a nanowaveguide
Principal-Investigator Mark SADGROVETohoku University
Measurement of optical force exerted on nanomaterials with potential analysis of microparticle's optical trapping
Principal-Investigator Yoshito TANAKAThe University of Tokyo
Development of thermal tweezers
Principal-Investigator Yasuyuki YAMAMOTONational Institute of Advanced Industrial Science and Technology