Quantum and Radiation Engineering
- the key for science and technology, manufacture, medicine, food industry, environmental.

The research field of the Division of Quantum and Radiation Engineering is the interdisciplinary frontier science and technology using ionizing radiation and characteristic beams such as ion beams and lasers, leading the advanced industry, medicine and nuclear engineering. We provide students with the basic and practical education using large-scale radiation and accelerator facilities in our university. They can study the advanced science and technology in research and development along with radiation safety management to become the member of the international community.

Visiters from foreign universities

Information on Graduate Admissions

Application of addmission on April 2016 is over. Application of addmission on October 2016 or April 2017 for Master's and Doctor' program will soon be possible. Dead line for the application will be about the end of Next May.

Detailed information on Graduate Admissions can be found here . Information on International Students life after entering our university and our department is also available at the same website.

Screening examination will be done at C14 building. Plaese use this map.

For more information, plaease use the e-mail address written in this leaflet this leaflet and ask to us.

Research group and subjects

Teaching staffs are belonging to five reserch groups and devoted to research in the fundamentals and applied fields of quantum and radiation engineering. Inter-group education of students are, however, strongly encouraged. The major research fields are summarized in the following.

Radiation Metrological Science: Space Radiation, Non-destructive Testing, Accelerator Beam Technology, Radiation Imaging, Radiation Damage, Radiation Measurement, Radiation Engineering, Radiation Physics, Neutronics, Environmental Radiation Science.

Quantum-Beam Materials Science: Quantum-Beam Materials Science, Radiation-Induced Reaction, Accelerator Science, Quantum-Beam Engineering, Teraheltz Coherent Radiation, Plasma Science and Engineering, Nuclear Fusion, Nuclear Engineering, Nuclear Power Plant Technology, Radiation Processing.

Quantum-beam Chemical biology: Quantum Radiation Sterilization Technology, Microbial Control, Food Hygiene, Quantum Radiation Applied Biology, Radiation Biology, Radiation Chemistry, Radiation Damage to DNA, Modified DNA bases, GC/MS, HPLC-EC, Syntheses of poly nuclear complexes.

Nanoscale Materials and Devices: Compound Semiconductors, Nanostructure Semiconductors, Semiconductor photonic devices, Epitaxial Crystal Growth, Superconductors, Magnetic Materials, Compound Semiconductors, Magnetic Measurements, Electric Transport Measurements, Nano-Fabrication.

Radiation Safety Management: Safty management, Monitering, Radiative Waste, Public education, Risk Comunication.