(1) 化学熱力学、(2)反応速度論、(3)触媒・酵素反応、(4) 遷移状態理論、(5)分子スペクトルと量子統計力学の基礎、(6)1粒子描像による電子状態理論、(7)電子相関、(8)電子状態理論に基づく化学反応・物性解析、(9)励起状態の化学反応・物性、(10)溶液反応、(11)電子・エネルギー移動反応、(12)光エネルギー変換の理論解析、(13)表面・界面反応、(14)生体内反応、(15)生体内反応解析の最先端研究/
(1) Chemical thermodynamics, (2) Reaction kinetics, (3) Catalytic/enzymatic reactions, (4) Transition state theory, (5) Basics of molecular spectrum and quantum statistical mechanics, (6) Electronic structure theory within one-particle picture, (7) Electron correlation, (8) Chemical reaction and physical property analysis based on electronic state theory, (9) Chemical reaction and physical properties of excited state, (10) Solution reaction, (11) Electron and energy transfer reaction, (12) ) Theoretical analysis of photon energy conversion, (13) Surface and interface reactions, (14) Biological reactions, (15) Cutting-edge research on biological reaction analysis.