Funding   back  Japanese  


 Grant-in-Aid for Scientific Research, Basic research B “Electronic structure and superconductivity mechanism in intrinsically non-doped T'-type cuprates(17H02915, JSPS)FY2017-2019, A. FujimoriAI
 Grant-in-Aid for Scientific Research, Basic research A “Magnetic anisotropy and spin-orbit-coupled phenomena at oxide interfaces using synchrotron radiation spectroscopy with multiple degrees of freedom” (15H02109, JSPS, FY2015-2018, A. Fujimori, PI)
 Grant-in-Aid for Scientific Research, Award for Young Scientist B "Angle-dependent XMCD studies of the magnetic anisotropy and orbital states of magnetic thin films and multilayers" (15K17696, JSPS, 2015-2018, G. Shibata, PI)
 Post K Computer Priority Strategy Program “Development of novel devices and high performance materials for industries in the next generation” (MEXT, FY2015-2019, A. Fujimori)

JSPS Research Fellowship for Young Scientists

 “Electronic structure and mechanism for ferromagnetic order in Fe-doped ferromagnetic semiconductors” (FY2017-2018, S. Sakamoto)


Past Funding (since 2001)


 X-ray Free Electron Laser Priority Strategy Program “Studies on the electronic states and spin dynamics of solids, liquids, and interfaces” (JST, FY2012-2016, A. Fujimori)
 Grant-in-Aid for Scientific Research on Innovative Area “Frontiers of material science, biology, and elementary particle physics developed by ultra-slow muon microscopy” (MEXT, FY2011-2015, A. Fujimori, AI)
 Grant-in-Aid for Scientific Research, Basic Research S "Novel Electronic Phases at Interfaces of Strongly Correlated Materials Studied by Soft X-Ray Dichroism with Multi-Degrees of Freedom" (22224005, JSPS, FY2010-2014, A. Fujimori, PI)
 Grant-in-Aid for Scientific Research on Innovative Area “Materials Design through Computics: Complex Correlation and Non-Equilibrium Dynamics” (MEXT, FY2010-2014, A. Fujimori, AI)
 Quantum Beam Technology Development Program "Search and Development of Functional Materials Using Fast Polarization-Controlled Soft X-Rays" (JST, FY2008-2012, A. Fujimori, T. Yoshida)
 Grant-in-Aid for Scientific Research, Award for Young Scientist B "Observation of Folded Fermi Surfaces in the Pseudogap State of High-Tc Superconductors" (JSPS, FY2010-2012, T. Yoshida, PI)
 A3 Foresight Program "Joint Research on Novel Properties of Complex Oxides" (JSPS, FY2009-2014, A. Fujimori)
 Transformative Research Project on Iron Pnictides "Low Energy Electronic Structure Study of Iron-Based Superconductors" (JST, FY2008-2011, T. Yoshida, PI)
 Grant-in-Aid for Scientific Research in Priority Area " Creation and Control of Spin Current" (19048012, MEXT, FY2007-2010, A. Fujimori, PI)
 Grant-in-Aid for Scientific Research, Basic Research A "Novel Correlated Electronic States at Transition-Metal Oxide Interfaces Revealed by Synchrotron Radiation Spectroscopy" (A19204037, JSPS, FY2007-2009, A. Fujimori, PI)
 Indo-Japan Joint Research Project “Novel Magnetic Oxide Nano-Materials Investigated by Spectroscopy and ab-initio Theories” (JSPS, FY2008-2009, A. Fujimori, PI)
 Grant-in-Aid for Scientific Research, Basic Research S "New Chemistry and Physics Related to Deep d Levels" (17105002, JSPS, FY2004-2009, A. Fujimori)
 Grant-in-Aid for Scientific Research in Priority Area "Invention of Anomalous Quantum Materials " (16076208, MEXT, FY2004-2009, A. Fujimori)
 Grant-in-Aid for Scientific Research, Award for Young Scientist B "Novel Transport Properties of High-Temperature Superconductors revealed by ARPES" (MEXT, 2005-2007, T. Yoshida, PI)
 Grant-in-Aid for Scientific Research, Basic Resaerch A "Electronic Structure of Correlated Transition-Metal Oxides under Epitaxial Strain Control" (16204024, JSPS, FY2004-2006, A. Fujimori, PI)
 Priority Area "Semiconductor Nano-spintronics" (MEXT, FY2002-2005, A. Fujimori, PI)
 US-Japan Joint Research Project "Angle-Resolved Photoemission Spectroscopy of New High-Tc Superconductors" (FY2004-2005, A. Fujimori, PI)
 US-Japan Joint Research Project "Angle-resolved Photoemission Spectroscopy of High-Tc Superconductors" (FY2002-2003, A. Fujimori, PI)
 Grant-in-Aid for Scientific Research in Priority Area "Novel Quantum Phenomena in Transition-Metal Oxides" (FY2000-2003, A. Fujimori)
 NEDO International Joint Research "Self-organized electrons" (FY2001-2003, Fujimori)
 Grant-in-Aid for Scientific Research, Basic Research A "Physics and Chemistry of Oxygen Holes" (FY2000-2002, A. Fujimori)

JSPS Research Fellowship for Young Scientists

 “ARPES studies of electron-doped cuprate high-temperature superconductors” (FY2014-2015, M. Horio)
 “Electronic structure studies of novel diluted magnetic semiconductors in bulk form having the same crystal structures as Fe-based superconductors” (FY2015, H. Suzuki)
 “Soft x-ray spectroscopic studies of the origins of novel magnetism in thin films and multilayers” (FY2014, G. Shibata)
 “Electronic structure of multi-layer cuprate high-temperature superconductors studied by ARPES” (FY2010-2011, S. Ideta)
 “Electronic properties of diluted magnetic semiconductors studied by photoemission and magnetic circular dichroism” (FY2005-2007, M. Kobayashi)
 “Photoemission studies of transition-metal oxides using single-crystalline thin films” (FY2005-2007, M. Takizawa)
 “Photoemission studies of strongly correlated transition-metal oxides using epitaxially grown single-crystalline thin films” (FY2005-2006, H. Wadati)