Research on Computational Physical Chemistry Exercise 1

The stationary states of microscopic electron ensembles inherent in materials determine their chemical properties and are directly linked to chemical dynamics. Therefore, observing electronic states is essential in materials development. In this study, we tackle this problem using computational methods based on fundamental principles governing electron motion, namely quantum mechanics and statistical mechanics, known as "first principles."
Specifically, the research focuses on either developing and refining novel theoretical methods or applying these methods to real-world systems.

1. Students will acquire the concepts, knowledge, and background of quantum mechanics and quantum chemistry, enabling you to explain computational results.
2. Students will be able to conduct theoretical research collaboratively as part of a team.
3. Students will be able to present your research findings at domestic and international conferences.
4. Students will be able to submit your research findings to international academic journals.

Japanese(English accepted)

not write as yet

With undertaking of theoretical study and results (50%), presentations at seminars (35%), external research presentations (15%), for a total possible score of 100, a passing grade requires a total score of 60 points or more.

With the advice of the instructor, students will search for and utilize textbooks and academic papers containing matters relating to their research themes.

not write as yet

• Simple questions and issues about research will be explained and discussed immediately.
• Discussion on complex questions and issues about research may require arrangement accordingly.

Non-regionally-oriented course

• Course that cultivates an ability for utilizing knowledge
• Course that cultivates a basic interpersonal skills

More than one class is interactive

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