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Research interests

Laboratories

Photonics and Optical Science

Laboratory of Photo-System Physics

  • Quantum computing and communication
  • Quantum teleportation and lithography
  • Quantum dynamics in microstructures
  • Single molecule and particle spectroscopy
  • Nanophotonic sensing and manipulation
sasakilab

Laboratory of Nanomaterials and Nanoscopy

  • Super-resolution fluorescence and Raman microscopy
  • Observation on dynamics of single molecules
  • Endoscopy to directly access single molecules
  • Nanoparticle-based drug delivery system
uji-ilab

Laboratory of Coherent X-ray Optics

  • Nano-structure analysis of cell organelles etc. by x-ray diffraction microscopy
  • Development of ultra-fast coherent x-ray imaging
  • Development of imaging techniques utilizing focused coherent x-rays for life science applications
  • X-ray spectroscopy utilizing photon interference
  • Atom-resolving x-ray holography
nishinolab

Material and Molecular Sciences

Laboratory of Molecular Photonics

  • Photofunctional molecules and nanomaterials
  • Fluorescent probes for sensing and bioimaging
  • Single-molecule detections and imaging
  • Control of charge carrier dynamics in low dimensional materials
  • Hybrid nanomaterials for energy and electron transfer
MolPhoto_2016

Laboratory of Smart Molecules

  • Study of photoresponsive liquid Crystals
  • Study of light-driven molecular machines
  • Study of photoresponsive chiral molecules
tamaokilab

Laboratory of Nanostructure Physics

  • Nanostructure physics
  • Spiral heterostructures
  • Electronic correlations and spin correlations in nanostructures
  • Dimensionality (hetero-structural) control
  • Electric and magnetic property in spin quantum-cross structure
  • Photovoltaic devices/Solar cells
  • Density functional theory
  • Many-body perturbation theory
7ea1b5f34ca966882a5eed5b07bc9bdd-300x300

Laboratory of Functional Thin Film Materials

  • Development of functional oxides based thin film devices utilizing photonic, electronic, and magnetic properties
  • Fabrication of conducting oxide based superstructure and their potential investigation as thermoelectric materials
  • Development of special epitaxial growth method
  • Development of novel oxide spintronics devices
ohtalab

Biology and Life Sciences

Laboratory of Molecular and Cellular Biophysics

  • “in vivo” optical bio-imaging in a living body by using non-linear optical and multi-photon excitation processes induced by ultra-short laser light pulses
  • Analysis for brain and neural functions and their underlying molecular mechanism by using multi-photon microscopy
  • Application of a new laser “vector beam” for life science and medicine, and for development in “super resolution imaging”
  • Basic research for pathogenic mechanism and treatment in cancer, liver, and immune system by “in vivo” optical bio-imaging
nomotolab

Laboratory of Molecular Device

  • Organization of DNA and DNA-mimetics and its photo-function-alization
  • Synthesis of DNA-templated metal nanowire
  • Creation of virus-based drug delivery carries
ijirolab

Cooperative Research

Laboratory of RIKEN Alliance

Laboratory of Social Cooperation Advisory

  • Application of nonlinear dynamics to biological rhythm analysis
  • Development of healthcare systems based on gait rhythm analysis
  • Introduction of methodology based on qualitative cognition to social system analysis
  • Analysis of research organization for development of advanced science and technology

Laboratory of Joint Research and Dynamic Alliance

  • 2光子スピニングディスク共焦点顕微鏡の技術開発
  • 細胞、組織深部における高解像度ライブイメージング
  • 生体分子の組織化機構の理解を目指す研究
corelab

Laboratory of New-paradigm computing

  • 自然現象の創発現象を用いた新概念コンピューティングの探求
  • 社会課題を物理現象にマッピングするモデル化技術の探索
  • 社会の複雑なネットワーク構造から規則的なグラフへの埋め込み技術の開発

Green Nanotechnology Research Center

Laboratory of Green Photonics

  • Control of nanostrucuture and kinetics of soft materials using laser-tweezers
  • Development of micro/nano fabrication techniques using femtosecond pulses
  • Development of the entangled photon sources for quantum lithography and engineering
  • Development of micro/nano devices using photonic crystals
  • Development of DNA chips using new detection techniques
misawalab

Laboratory of Nanostructured Functional Materials

  • Creation of nanostructured spintronic devices
  • Development of optic, magnetic, and electronic devices using magnetic thin films
  • Evolution of superconducting properties and Exploration of novel superconductors
  • Exploration of novel functional properties through simultaneous control of carrier and pressure
  • Development of optical devices employing nanoimprint lithography
  • Low-temperature imprint through voltage application
  • Control of glass-surface characteristics through corona discharge treatment
  • Alkali-proton replacement using palladium catalyst electrode
nishiilab

Laboratory of Nanophotonics

  • Self-organization of SiC surfaces into nano-facet periodic structures
  • Self-ordering of surface nanostructures of GaN, Au, and CNTs on SiC surfaces
  • Photo-emission wavelength control of quantum dots by strain compensation with III-V-N nitrides
  • Time-resolved spectroscopy of single quantum dots and ondemand regulated photon emission
  • Fabrication of microcavities and coupling with quantum dots for coherent control of excitonic states
  • Interdisciplinary research on superconductivity photonics and its applications

Laboratory of Functional Nanomolecular Materials

  • Molecular conductors and magnets with supramolecular functional units
  • Solid state molecular motors
  • Molecular nanowires and device application
  • Molecular assemblies with bistability
  • Supramolecular assemblies with Polyoxometalate
  • Assemblies of metal complexes at the solid-air interface
  • Organic and metal-complex FET
nakamuralab

Research Center of Mathematics for Social Creativity

Laboratory of Mathematical Modeling

  • Mathematical analysis of a self-propelled materials.
  • Mathematical analysis of epidermal structures and skin diseases.
  • Formulation of biological models.
  • Mathematical analysis of self-propeled phenomenon using minimizing movements.
  • Pattern formation in reaction-difusion systems.

Laboratory of Molecule & Life Nonlinear Sciences

  • Fundamental principle of selectivity and stochasticity in “changes of states” such as chemical reactions and biomolecular dynamics
  • Developments of new methodologies and concepts to bridge molecules and life based on single molecule time series
  • Information flow across hierarchies of time and space and its relation to biological functions
  • Adaptability, robustness and emergence in complex molecular systems
  • Application to biological system by single molecule spectroscopy
komatsuzakilab

Laboratory of Mathematical and Physical Ethology

  • Searching for an elementary algorism of behavioral intelligence that may be common from amoeba to human
  • Searching for design method of human-friendly interface to machines and robots
  • Developing an imaging technique for observing the physical processes of behavior in single-celled organisms
  • Exploring the equations of motion that enable diversity and flexibility of behavioral patterns in organisms
  • Optimization of structural shape and function based on a theory of biological adaptability.
  • Mechanics and rheology in locomotion of lower organisms.
figure1,kuroda,160711.004

Laboratory of Experimental Mathematics

  • 自然現象の創発現象を用いた新概念コンピューティングの探求
  • 社会課題を物理現象にマッピングするモデル化技術の探索
  • 社会の複雑なネットワーク構造から規則的なグラフへの埋め込み技術の開発

Research Support Department

Nikon Imaging Center

The Nikon Imaging Center at Hokkaido University (NIC@Hokudai) promotes the improvement and development of bio-imaging technologies and their application to the life sciences. The NIC@Hokudai also aims to facilitate cooperation between enterprises related to microscope technology, and to participate in both educational research and international exchange.

  • To provide an environment for basic research with state-of-the-art microscopy and imaging equipment
  • To provide training courses on basic and advanced microscopy
  • To develop new microscopy techniques incorporating specific user requirements
research_17

Promotion Office for International Alliance

The Research Institute for Electronic Science is promoting research and human exchange through international collaboration. We have concluded exchange agreements with laboratories and centers in each country (Asia: 6, Europe, USA: 4), and exchange staff and students, joint symposium etc. and joint research project are carried out. The Promotion Office for International Alliance was established in 2012 in order to further develop international collaborative activities through planning and planning advice on international collaboration and to enhance and strengthen collaborative activities as a hub of the international network. We are setting up a collaboration program between domestic laboratory network and oversea research organization network.

RIES-Hokudai International Symposium every year inviting speakers from abroad
・Conclusions of academic agreement with overseas research institutes (6 research organizations in Asia, 4 research organizations in Europe and the USA as of Sep. 2018)
・Bilateral Joint Research Project of the Ministry of Education, Culture, Sports, Science and Technology, JST Strategic International Science and Technology Cooperation Promotion Project etc. (2007-2013)
・1 Human Frontier Science Program Grant Award to promote interdisciplinary international collaborative research on biology and surrounding fields 1 case in 2007, 2 cases in 2010, 1 case in 2013 (Number of awards (RIKEN, after Tokyo University) nationwide 3rd place, award-winning rate per number of faculty nation top)
・Ig Nobel Prize in 2008, 2010
・One Yamato Adrian Prize awarded for excellent collaborative research between Japan and the UK (2010)
・Excellent International Collaborative Research Results; Science 2007, 2010, Adv. Mater. 2012, 2014, Nature Materials 2013, Nature Commun. 2015, Nat. Chem. Biol. 2017, ACSnano 2018 et al.

Promotion Office for Nanotechnology Collaboration

Promotion office of Integrative Mathematics

Division of Technical Staffs

System/Equipment Development Team

Equipment Development/Machining Group designs, develops, and produces laboratory instruments using various machine tools.

We receive orders from all departments on campus and off campus through the Global Facility Center’s Prototype Machining Solution Project.

System Development/Data Analysis Group has support for publicity, information and network, including operation and maintenance of the Web site of our research institute.

Nanofabrication/Imaging Analysis Team

Nanofabrication/Imaging Analysis Team has technical support to maintenance and management of clean rooms and common facilities, the Nikon Imaging Center, guidance on use, nano-fabrication and imaging analysis, and also receives technical consultation on them.

* Both teams are also provide assistance related to the entire laboratory, such as events and support for liquefied nitrogen training sessions.
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