$B!&(BPhysics Major 1$B!!(B2$B!!(B3 $B!&(BFaculty $B!&(BMessages from Graduates
$B!&(BCurriculum $B!&(BSyllabus $B!&(BOpen Lectures
$B!&(BInstitute of Physics $B!!!!(B $B!!!!(B

Faculty of the Physics Major
$B!!(BName $B!!!!!!!!!!!!!!(BField of Research

Professors AOKI Sinya Chiral fermions and lattice field theories
ARIMITSU Toshihiko Statistical physics of large deviation in non-equilibrium condensed matter systems, quantum information physics
ISHIBASHI Nobuyuki Superstring theory, supersymmetric theory
IMAI Tsuyoshi Heating and improved confinement of high temperature plasma
UKAWA Akira Particle physics research using super parallel computers
UKEGAWA Fumihiko Experimental research of interactions in elementary particles
UMEMURA Masayuki Relativistic cosmology, galaxy formation theory, planet formation
OOTUKA Youiti Low temperature physics, mesoscopic systems
OSHIYAMA Atsushi Solid state physics and material science based on theoretical calculation
KANAYA Kazuyuki Theoretical studies of particles by quantum lattice field theories
KIM Shinhong Particle physics research through proton-antiproton collision experiments
CHO Teruji High temperature plasma confinement and its measurement and analysis
NAKAI Naomasa Observational study of galaxy and cosmic structure
MASUMOTO Yasuaki Photophysics in semiconductor quantum structures
MATSUMOTO Hideki Theoretical condensed matter physics (superconductivity, magnetism), quantum field theory
MIAKE Yasuo High energy nuclear physics (experiment)
MORITOMO Hiroshi Control of the Solid Phase by Photo-excitation, Pressure and Magnetic Field.
YABANA Kazuhiro Theoretical study of finite quantum many-body systems
Associate Professors AOKI Takayoshi Research of nonequilibrium properties through radiation detection
AOKI Yasuo Nuclear reaction mechanism induced by polarized deuterons
ABE Sumiyoshi Extension of statistical mechanics
ARAI Ichiro Reaction and morphogeneses of atomic clusters
ISHII Kameo Plasma confinement studies through particle measurement
ISHIZUKA Naruhito Lattice field theories
ESUMI Shinichi Physics of high energy heavy-ion collisions
OZAWA Akira Nuclear structure of unstable nuclei and astrophysical nucleosynthesis
ONODA Masashige Highly correlated electron systems and strong coupling material systems
SAITO Teruo Interaction between plasma and electromagnetic waves
SHIRAISHI Kenji Material process design through first principle calculation
TANIGUCHI Nobuhiko Mesoscopic systems, quantum phase transitions
NAKASHIMA Yousuke Particle heating and measurement in high temperature plasma
NOMURA Shintaro Photophysics in confined quantum systems
HOJO Hitoshi Plasma theory and light and electromagnetic wave science
YOSHIE Tomoteru Study of lattice Quantum Chrono Dynamics using numerical methods
YOSHIKAWA Masayuki Fusion plasma spectroscopi diagnostics and particle control
Assistant Professors OHASHI Yoji High-Tc cuprate superconductivity, magnetism of heavy fermion
OKADA Susumu Theory of solid state physics by electronic structure calculation
KANDA Akinobu Quantum transport in mesoscopic systems
KURAMASHI Yoshinobu Lattice field theory
KOHAGURA Junko Plasma measurement by x-ray radiation and electromagnetic waves
KOMATSUBARA Tetsuro Study of nuclear structure by gamma-ray spectroscopy
TAKEUCHI Yuji Study of elementary particle physics with a particle accelerator
SASA Kimikazu Accelerator science, charged particle beams
TATEMATSU Yoshinori Electron cyclotron resonance heating
NAKATSUKASA Takashi Theoretical study of nuclear physics, finite quantum many-body systems
NAKAMOTO Taishi Planetary system formation theory
HASHIMOTO Yukio Nonlinear dynamics of nuclear collective motions
HARA Kazuhiko Particle experiments with colliders
HIGASHIYAMA Kazuyuki Atom-level observation of surface elementary processes
HIRASHITA Hiroyuki Theoretical study of element production history in galaxy formation and evolution
HIRATA Mafumi Research and development of plasma x-ray and ion measurement equipment
MARUYAMA Takasumi Particle experiments with colliders
Research Associate ASAKA Koji Structures and properties of nano materials
IKEZAWA Michio Laser spectroscopy of semiconductor quantum structures
SATOH Yuji String theory, quantum theory of gravity
TANIGUCHI Yuji Lattice gauge theory
TOMIMOTO Shinichi Laser spectroscopy of solids
BERBER, Savas Computational nano-science and technology
BANDO Kazuki Photophysics of novel semiconductor materials
MOHRI Kenji Particle Physics
MORISHITA Masashi Quantum solid and superfluidity
YAMAMOTO Ki-ichi Optical Study of Periodic Nano-Structures
YOSHIDA Kyo Nonequilibrium statistical physics of nonlinear dynamical systems, turbulence

Messages from Graduates

Hideka Matsui

"To enjoy freedom of choice" Zoshinkai Publishers; 2000 graduate $B!!(B

$B!!(B When I was preparing for the university entrance exams, I was not sure if I wanted to study mathematics or physics, and I wanted to decide after taking some courses in university if possible. That is why I chose the College of Natural Sciences. In the first year, we are not classified by major, so we attend lectures in all four fields of physics, mathematics, chemistry, and geosciences. This helps us decide what we want to work on as our field of major in the second year. In the end to choose physics from the second year, but because the Tsukuba University system allows you to take subjects quite freely, I took courses of other Colleges in between my physics course subjects. It was hard work to understand those courses in physics, but if I became lost I could go to my teaching assistant, a graduate school student. I spent a very satisfying time at Tsukuba University, taking full advantage of the good environment and facilities offered there.


$B!!(B

Akiko Kagatsume

"Increasing opportunities for achievement"  Researcher at Hitachi Mechanical Engineering Research Laboratory; 1981 graduate $B!!(B

$B!!(BI was part of the fourth batch of graduates from the College of Natural Sciences, and joined a company research center.. As technology becomes more complicated and sophisticated, it becomes necessary to accurately confirm the phenomena at the micro level, and chances for scientists in the natural science field are increasing. Now that we must seriously seek a way to coexist with nature, there is a reverse trend in trying to understand nature from the macro level of natural sciences. The future of humankind depends on whether we can accurately grasp nature as a whole. The campus spreads out at the center of the international science city. Facilities are good, and the teachers attentive. It is the best place to sprout new buds. Please try growing your opportunities at the College of Natural Sciences.


Tomoteru Yoshie

"The never-ending wonders of natural science" Associate professor at Center for Computational Sciences, University of Tsukuba; 1980 graduate $B!!(B

$B!!(BThe College of Natural Sciences targets basically all laws of movement found in the universe for its research. The universe is infinitely spread, and so there is an infinite number of targets for investigation. I encourage students to first become confident in the basic theories, the natural theories that are already evident. Then comes the time for ideas and creativity. Take full advantage of the basics you have acquired to search for the laws of nature. I used to debate physics theories through the night with my teachers and friends, so that I could understand them. As a student, I was so excited to get ahead and discover the limitless universes awaiting us. You will never stop being curious as a student of natural sciences. We are waiting to meet youthful people full of eagerness curiosity.


<<< Previous Page