All matter is made of molecules such as Hydrogen and Carbon. A molecule is made of a combination of atoms, each of which is made of a nucleus and electrons. Thus, the nucleus is made of tiny particles (protons, neutrons). In this way, you can trace back to the smallest component of matter, an elementary particle. High energy physics is a study to solve the mechanism of elementary particles and the physics lows through experiments using a huge “microscope” and accelerators.
Activities record in this laboratory
An overview of the entire academic field of high energy studies.
What you can do at this laboratory.
Here you can read previous graduation, master, and doctorate the theses.
Access to the laboratory
Link to research institutes
Link to internal page for laboratory members.
Link to old home page
(~Nov.27 2019)
This laboratory has four staff, seven graduate students and five undergraduate students(sixteen people in total.)
Hisaki Hayashii
Experimental studies on characteristics of elemental particles and the reaction mechanism using an accelerator
Kenkichi Miyabayashi
Experimental studies on CP violation and hadron spectroscopy for heavy hadrons using an accelerator / Detector development
Maya Shimomura
Experimental studies on Quark-Gluon Plasma (QGP) which is created in head-on nuclear collisions by an accelerator
Takashi Hacyiya
Studies on heavy flavor electron in heavy ion collision experiments
