I am an experimental physicist working on a wide range of materials and quantum phenomena.
All the researches are based on high sensitive nuclear-spin detection usign the measurement systems which I have built up from scratch and have been improving.
The topics include novel mechanisms of superconductors, nuclear-spin manipulation for quantum information, nuclear-spin detection of spacial distributed strains in various materials, nuclear-spin detection of decoherence noise in various materials.
My students have improved their skills a great deal after they joined my research lab.
Shinji Watanabe, who joined my research lab after he assumed his master degree in 2003, contributed a lot to my lab. After he got his Ph.D, he worked as a post-doc in my lab supported by JST (Japan Science and Technology Agency) in 2008. Through a post doc of JST-ERATO project at Prof. Hirayama's lab in Tohoku Univ., he has been a tenure-track assistant professor in Kanazawa Univ.
Other students all went into industry with their master degrees. Engineers at Hitachi Labs, Mitsubishi Labs, JR-East, DNP (Dai-Nippon Printing), Alps Electric Corp., Nihon-Seiki Corp.
Basics of Physics AII (dynamics for freshmen, 2nd semester)
Basic Electromagnetism (electromagnetism for sophomores, 1st semester)
Quantum Phenomena in Condensed Matter (condensed matter for juniors, 2nd semester)
Experiments for Material Sciences (basic experiments for juniors, 1st semester)
Magnetisms and Nuclear Spins in Materials (basics of NMR for graduate course students, 1st semester)
Special Topics on Materials Science through NMR (advanced course of NMR for graduate course students, 1st semester)