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物質創成・基礎科学プログラム（72件）

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KANEKO Takashiprofessor Takashi Kaneko: Synthesis of conjugated polyradicals and molecular magnetism Synthesis and functions of polymers with precise structures; Nanotechnology and Materials / Polymer Chemistry / Nanostructure Chemistry; Laboratory site; Professor Takashi Kaneko Synthesis of conjugated polyradicals and molecular magnetism Synthesis and functions of polymers with precise structures Nanotechnology/Materials/Polymer chemistry/Nanostructural chemistry Takashi Kaneko Functional polymer chemistry Polymer chemistry C (Material creation chemistry) Material creation/basic science Natural sciences Production design engineering series (Faculty of Engineering) Faculty of Engineering

KANETA KunioAssistant professor Kunio KANETA: Dark matter, dark energy, inflationary universe, physics beyond the standard model; General natural sciences/elementary particles/nuclear/cosmic rays/astrophysics theory; Assistant Professor Dark matter Dark energy Inflationary universe Physics beyond the standard model General natural sciences / Elementary particles / Atomic nuclei / Cosmic rays / Theory of astrophysics Kunio Kaneda Cosmology Inflation Elementary particle theory Dark matter Elementary particle theory / Cosmology C (Basic science of matter and the universe) Material creation / Basic science Humanities and Social Sciences Educational Studies Series (Faculty of Education) Faculty of Education

KANO NaokiAssociate Professor KANO Naoki: Removal and recovery of environmental pollutants using natural resources; Nanotechnology and Materials / Green and Sustainable Chemistry / Environmental Chemistry / Environmental and Agricultural Sciences / Radiation Effects / Chemical Substance Effects / Analytical Chemistry / Environmental Impact Reduction Technology...; KANO Naoki Associate Professor Removal and recovery of environmental pollutants using natural resources Nanotechnology and materials / Green sustainable chemistry / Environmental chemistry / Environment and agriculture / Radiation effects / Chemical substance effects / Analytical chemistry / Environmental impact reduction technology / Conservation and restoration technology / Environmental dynamics analysis KANO Naoki Environmental analytical chemistry Environmental restoration C (Material creation chemistry) Material creation and basic science Natural sciences Production design engineering series (Faculty of Engineering) Faculty of Engineering

GOKON NobuyukiAssociate Professor GOKON Nobuyuki: Development of high-temperature solar latent heat and chemical heat storage technology Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources; Nanotechnology and Materials / Inorganic Materials and Properties / Metallic Materials Properties / Life Sciences / Biomaterials / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Catalysis...; Laboratory site; GOKON Nobuyuki Associate Professor Development of latent heat and chemical heat storage technology for high-temperature solar heat Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources Nanotechnology and materials / Inorganic materials, physical properties / Metal material properties / Life science / Biomaterials / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Catalytic processes / Resource chemical processes / Nanotechnology and materials / Energy chemistry / Energy / Earth resource engineering / Energy science / Metal production / Resource production / Life science / Biomedical engineering GOKON Nobuyuki Medical Organism Engineering and Material Science of Organism. Inorganic compounds. Metallic materials in general Metal oxide for use in solar thermochemical heat storage Metallic alloy for use in solar latent heat storage Thermochemical two-step CO2 splitting Hydrogen energy production Energy conversion High-temperature solar concentrated heat Solar gasification of biomass High-temperature chemical heat storage High-temperature latent heat storage Catalytic materials Nanoparticles Metal physical properties Inorganic materials chemistry Energy Chemistry Materials Science Energy and Materials Engineering C (Materials Creation Chemistry) J (Carbon-Neutral Integrated Science) Materials Creation and Basic Science Carbon-Neutral Integrated Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KOJIMA Hideoprofessor KOJIMA Hideo: Classification of open algebraic varieties; General natural science/algebra/algebraic geometry; KOJIMA Hideo Professor Classification of open algebraic varieties General natural science/Algebra/Algebraic geometry KOJIMA Hideo KOJIMA Hideo Normal algebraic surfaces Open algebraic surfaces Logarithmic Kodaira dimension Affine algebraic surfaces Algebraic geometry C (Mathematical Sciences) Materials Creation and Basic Sciences Natural Sciences, Mathematical and Material Sciences Series (School of Science) School of Science

KODAMA Tatsuyaprofessor KODAMA Tatsuya: Development of high-temperature solar heat collection and chemical (hydrogen) energy conversion process; Nanotechnology and Materials / Energy Chemistry / Functional Solid State Chemistry / Inorganic Materials / Inorganic Materials Chemistry; KODAMA Tatsuya Professor High-Temperature Solar Heat Concentration Development of Chemical (Hydrogen) Energy Conversion Process Nanotechnology and Materials/Energy Chemistry/Functional Solid State Chemistry/Inorganic Materials/Inorganic Materials Chemistry KODAMA Tatsuya Inorganic Material Solar Thermochemistry Catalys Catalyst Inorganic Materials Hydrogen Energy Resource Utilization Chemistry Energy Science Energy Utilization Chemistry Inorganic Chemistry Energy and Resource Utilization Chemistry C (Material Creation Chemistry) J (Carbon-Neutral Fusion Science) Material Creation and Basic Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

GOTO Shin-ichiAssociate Professor GOTO Shin-ichi: Research into nuclear fission mechanisms Research into the chemical properties of transactinide elements; Nanotechnology and materials / inorganic and complex chemistry / energy / quantum beam science / general natural science / elementary particles / atomic nuclei / cosmic rays / astrophysics experiments; GOTO Shin-ichi Associate Professor Research on the mechanism of atomic nuclear fission Research on the chemical properties of transactinide elements Nanotechnology and materials / Inorganic and coordination chemistry / Energy / Quantum beam science / General natural science / Elementary particles / Atomic nuclei / Cosmic rays / Experiments in astrophysics GOTO Shin-ichi Nuclear and radiochemistry Superheavy elements Nuclear chemistry C (Basic chemistry) Materials creation and basic science Natural sciences, Mathematical and physical sciences series (Faculty of Science) Faculty of Science

KOMATSU HiroyukiAssistant professor Hiroyuki Komatsu: Hydrate-based gas separation technology; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Transport phenomena / Unit operations; Assistant Professor KOMATSU Hiroyuki Gas Separation Technology Using Hydrates Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Transport Phenomena / Unit Operations KOMATSU Hiroyuki Environmental Chemical Engineering C (Material Creation Chemistry) Material Creation and Basic Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KOYAMA ShokoAssistant professor KOYAMA Shoko: Study of active galactic nuclei jets and black hole shadows using very long baseline radio interferometry; General natural science/astronomy; Laboratory site; KOYAMA Shoko Assistant Professor Research on active galactic nuclei jets and black hole shadows using very long baseline radio interferometry General natural sciences/astronomy KOYAMA Shoko KOYAMA Shoko High energy astrophysics Radio astronomy Active galactic nuclei Black holes Cosmic jets Astrophysics (observation) Astronomy C (Basic science of matter and the universe) Material creation/basic science Natural sciences, Mathematical and material sciences series (Faculty of Creative Sciences/Science) Faculty of Creative Sciences

SAITO KenjiAssociate Professor Kenji SAITO: Inorganic nanowires Porous inorganic crystals; Nanotechnology and Materials / Inorganic and Coordination Chemistry / Energy Chemistry / Nanomaterials Science; Associate Professor SAITO Kenji Inorganic nanowires Porous inorganic crystals Nanotechnology and materials / Inorganic and coordination chemistry / Energy chemistry / Nanomaterials science SAITO Kenji Nanowires Catalysts Inorganic porous crystals Crystal growth Inorganic chemistry Nanomaterials science C (Materials science) Materials creation and basic sciences Natural Sciences, Product Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SATO YutaroAssistant professor SATO Yutaro: Flavor Physics Precision Measurement Experiments Using Muons; Assistant Professor Yutaro Sato Flavor Physics Precision measurement experiments using muons Yutaro Sato Belle g-2/EDM B meson J-PARC silicon detector Muon Elementary particle experiment Elementary particle physics Elementary particle physics (experiment) Elementary particle physics experiment C (Basic science of matter and the universe) Material creation and basic science Natural sciences, Mathematical and physical sciences series (Faculty of Science) Faculty of Science

SHIMONISHI TakashiAssociate Professor Takashi SHIMONISHI: Study of material evolution in star and planet formation regions; General Natural Sciences/Space and Planetary Sciences/Astronomy; Laboratory site; SHIMONISHI Takashi Associate Professor Research on material evolution in star and planet formation regions General natural sciences/Space and planetary sciences/Astronomy Shimonishi Takashi Outer galactic edge James Webb Space Telescope Astrochemistry Interstellar molecules Ice Magellanic Clouds Hot core Star formation AKARI ALMA Radio astronomy Infrared astronomy Interstellar matter Observational astronomy Interstellar chemistry C (Basic science of materials and the universe) Material creation and basic science Earth and biological sciences in the natural sciences department (Faculty of Science) Faculty of Science

SUZUKI Yusukeprofessor SUZUKI Yusuke: topological graph theory; General Natural Sciences/Basic Mathematics/Applied Mathematics/Statistical Mathematics; SUZUKI Yusuke Professor Topological Graph Theory General Natural Sciences/Basic Mathematics/Applied Mathematics/Statistical Mathematics SUZUKI Yusuke SUZUKI Yusuke Quadrilateralization Triangulation 1-planar graph Local deformation Re-embedding structure Graph theory Topological graph theory Discrete mathematics C (Mathematical Sciences) Materials Creation and Basic Sciences Mathematical and Material Sciences, Natural Sciences (Faculty of Science) Faculty of Science

SETTAI Rikioprofessor SETTAI Rikio: Growth of simple crystals of strongly correlated electron systems, mainly rare earth compounds, and physical experiments under ultra-low temperatures, high magnetic fields, and high pressures; General natural sciences/Magnetism/Superconductivity/Strongly correlated systems; SETTAI Rikio Professor Growth of simple crystals of strongly correlated electron systems, mainly rare earth compounds, and experiments on physics and biology under high pressure and strong magnetic fields General natural sciences/Magnetism/Superconductivity/Strongly correlated systems SETTAI Rikio Solid State physics II (Magnetism・Metal Physics・Cryogenics) Strongly correlated electron systems Superconductivity Magnetism High pressure Low temperature physics Fermi surface de Haas-van Alphen effect Quantum oscillations Pure single crystals Heavy electron systems Physics of heavy electron systems Physical properties experiments C (Fundamental science of materials and the universe) J (Carbon-neutral interdisciplinary science)** Materials creation and basic science Carbon-neutral interdisciplinary science Mathematical and material sciences, Faculty of Science

SOEJIMA Kouichiprofessor SOEJIMA Kouichi: Highly charged ion collision experiments for fusion reactor development: Elucidating the mechanism of chiral molecule production on interstellar dust; General natural sciences/Semiconductors/Optical properties/Atomic physics/Space and planetary science; SOEJIMA Kouichi Professor Collision experiments of multiply charged ions for the development of nuclear fusion reactors Elucidation of the mechanism of chiral molecule production on interstellar dust General natural sciences/Semiconductors/Optical properties/Atomic physics/Space and planetary sciences SOEJIMA Kouichi Electron Capture Process Photo Ionization Circular Dichroism Electron capture reaction Multiply charged ions Photoionization Circular dichroism Multiply charged ions Cryogenic surface molecular reactions Atomic and molecular physics Interstellar chemistry C (Basic science of materials and the universe) Materials creation and basic sciences Natural sciences, Earth and biological sciences series (Faculty of Science) Faculty of Science

TAKATA DomanLecturer TAKATA Doman: Exponential theory KK theory Loop space; General natural science/geometry; TAKATA Doman Lecturer Index Theory KK Theory Loop Space General Natural Sciences/Geometry TAKATA Doman Non-commutative Geometry KK Theory C^*-algebra of Hilbert varieties Global Analysis Infinite-dimensional manifolds Index Theorem Loop Groups Topological K-theory Geometric Analysis Non-commutative Geometry Non-commutative Geometry, Global Analysis C (Mathematical Sciences) Materials Science and Basic Sciences Educational Studies in the Humanities and Social Sciences (Faculty of Education) Faculty of Education

TAKIMOTO Tetsuyaprofessor TAKIMOTO Tetsuya: Phase transitions and their critical phenomena Topology in condensed matter theory; TAKIMOTO Tetsuya Professor Phase Transitions and Their Critical Phenomena Topology in Condensed Matter Theory TAKIMOTO Tetsuya TAKIMOTO Tetsuya Condensed Matter Theory C (Materials Science) Materials Creation and Basic Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

TAGUCHI YoshinariAssociate Professor Yoshinari Taguchi: Preparation and application development of nano- and microcapsules; Laboratory site; TAGUCHI Yoshinari Associate Professor Preparation and Application Development of Nano-Microcapsules TAGUCHI Yoshinari Composite Particles Microcapsules Materials Engineering Reaction Engineering, Composite Materials Particle Design Engineering C (Materials Creation Chemistry) Materials Creation and Basic Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

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物質創成・基礎科学プログラム （72件）

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物質創成・基礎科学プログラム（72件）