chemistry course
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chemistry course
We conduct research and provide education in basic technologies, focusing on the fields of organic chemistry, inorganic chemistry, and physical chemistry.
Research fields in the Chemistry course include the fundamental properties of various liquid crystals, LB film arrangements and intermolecular interactions, new photochemical reactions of aromatic compounds, the synthesis and properties of conductive organic complexes, photochromic properties, the synthesis and analysis of the properties of π-electron organic compounds and metal complex compounds that exhibit electric and magnetic properties, factors governing accurate molecular recognition, an overall picture of weak intermolecular interactions, and the development of organic synthesis reactions using transition metal complex catalysts.
Basic information Graduate School of Science and Engineering
The Graduate School of Science and Engineering website contains past entrance examination questions from Graduate School of Science and Engineering.

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Educational and research objectives and three policies
We will introduce the educational objectives of the Chemistry course and three policies, including the admissions policy.
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Course subjects and lecture contents
Chemistry course curriculum.
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Course model and main subject features
Graduate School of Science and Engineering Chemistry Course The following is a model of the course of study and features of the main subjects of the program.
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Completion requirements etc.
We will introduce the requirements for completing the Chemistry course and the course registration, including grading, promotion conditions, number of credits required to complete, and degree to be obtained.