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- Natural and Information Sciences
Academic Staff
- OKUSAWA Makoto
- Electromagnetism
Quantum Mechanics
- TERASHIMA Hiroaki
- Quantum Information
Relativity
- YOSHIKUMNI Tadatsugu
- Organic Chemistry
Coordination Chemistry
- KUMAGAI-SANO Fumi
- Plant Physiology
Cell Biology
- KOIKE Keiichi
- Zoology
Cell Biology
- HAYAKAWA Yukio
- Volcanology
Geology of American National Parks
- IWASAKI Hiroyuki
- Meteorology
Geophysics
- YOSHIKAWA Kazuo
- Introduction to Mineralogy
Science of Minerals
- OKAZAKI Akira
- Astronomy
Science Education
- MASUDA Hiromitsu
- Science Education
Master's Theses
- Dependence of the core-level XPS Spectra on the Thickness in Sm Thin Films on Fe
- Temperature dependence of the core-level photoemission spectra in MnP
- Dependence of the core-leveld XPS Spectra on the Thickness in Tb Thin Films on Fe
- Concepts of Magnetic Force among Elementary School Pupils
- Solution Structure of Binary Liquid Mixtures including Acetic Acid through Kirkwood-Buff Integrals and Their Related Parameters
- Study on developmental learning for oxidation- reduction reaction in living organism
- Development of high-performance sensor using biomaterial
- Formation process of reinforcement substances for the egg capsule of Neritidae(Mollusca, Gastropoda, Neritopsina)
- Reproductive cycle of large Japanese field mouse Apodemus speciosus in Gunma Insect World
- Histological analysis of changes in mannan cells of Amorphophallus konjac corms during growth
- Primary factor of dragonfly fauna in Niisato Village, Gunma Prefecture
- Interrelationship between the larvae of Pyrocoelia fumosa Gorham and their predators
- Mineralogical study of ore deposits in Gunma, from the viewpoint of science education
- Mineralogical study on serpentinite melange in Kawaba-mura, Gunma, Japan
- A volcano teaching program for junior high schools
- The break in Mongolian rainy season and the relation with the stationary Rossby wave along the Asian jet
- Observational Study of the W UMa-Type Eclipsing Binary AA UMa
- Study of Period Changes in W UMa-Type Binaries through Their Light Variation