Faculty Members
Faculty of Engineering Science
asakawa@kansai-u.ac.jp
【Laboratory】 Quantum Radiation Physics
【Research Field】 Plasma Science and Radiation Physics
・The terahertz radiation sources based on the electron beam・The radiation process of the ultra-short electron bunch
Process in which optical shock waves are induced by electrons
itano@kansai-u.ac.jp
【Laboratory】 Fluid Physics
【Research Field】 Fluid Physics
・Coherent structure and sustenance mechanism in wall-bounded turbulence・Understanding of physical mechanisms in a variety of fluid phenomena
Visualization and elucidation of turbulence mechanisms
h_ito@kansai-u.ac.jp
【Laboratory】 Condensed Matter Theory
【Research Field】 Computational Materials Science
・Magnetic nano-structure (spintronics)・Mesoscopic system・Superconductivity
Performance prediction of TMR magnetic heads by quantum conduction simulation
m_ito@kansai-u.ac.jp
【Laboratory】 Quantum Many-Body Physics
【Research Field】 Nuclear Physics
・αcluster structures in nuclei・Transmutation of medium-heavy nuclei
Alpha, beta, and gamma rays
inada@kansai-u.ac.jp
【Laboratory】 Environmental Device Physics
【Research Field】 Electronic and Optical Properties Physics of Nanosystems
・Optical properties of nanostructure materials・Electronic transport in quantum dot systems
Independently developed Precise Interaction Control System for Nanostructures (PICSN)
sekim@kansai-u.ac.jp
・Micro-rheological study on blood blow・Fluid dynamical study of particle motion and deformation in channel flows・Model studies of microvessel permeability
Red blood cell motion and mass transport pathways in microvessels
honda@kansai-u.ac.jp
・Spintronics・Semiconductor devices
Conceptual diagram of domain wall motion memory
yamaguchi@kansai-u.ac.jp
【Research Field】 Electromagnetic Waves and Space Engineering
・Solid rocket propellant・Medical Radiation Protection・Microwave, Terahertz Wave, and X-ray Measurements (CT, 3-D Imaging)
3D X-ray CT image of simulated propellant
k_yamamoto@kansai-u.ac.jp
【Laboratory】 Ultrasonic Physics
【Research Field】 Ultrasonic Physics
・Multi babble sonoluminesconce・Inactivation of microorgsnism by ultrasonic・Visulization of acoustic field
Optical visualization image of vibration modes in glass cylinders
wada@kansai-u.ac.jp
【Research Field】 Quantum Many-Body Physics
・Synthesis of super-heavy elements, fluctuationdissipation dynamics of fusion and fission reaction of heavy nuclei・Fluctuation-deisspation dynsmics of fusion and fission and fission of heavy nuclei・Mathematical ｍodel for ｂiological effects of radiation
Schematic diagram of superheavy element production process
yugoabe@kansai-u.ac.jp
【Laboratory】 Physics Education
【Research Field】 Physics Education and Particle Theory
・Quantum Gravity:Scattering amplitudes in higher derivative gravity theory・Cosmology:Building of cosmic inflation models・Beyond the Standard Model:Physics with extra dimensions
Feynman diagram of elementary particle scattering in quantum gravity theory
m_yamamoto@kansai-u.ac.jp
【Research Field】 Physics of Nanomaterials and Devices
・Nanomaterials・Nanodevices
New principle transistor consisting of two-dimensional materials and phase transition materials
