Quantum Chemistry (2013- )
（量子化学）

undergraduate students, 40 hrs, spring semester, Teaching Building 5 (Room 5104)

topic 1: introduction to quantum physics [slide 1]

topic 2: molecular symmetry and group theory [slide 1], [slide 2], [slide 3], [slide 4], [slide 5]

topic 3: multi-electrons system [slide 1], [slide 2], [slide 3], [slide 4]

topic 4: introduction of quantum chemistry calculations [slide 1], [slide 2]

Reading Materials: Chapter 1, Chapter 2, Chapter 3, Chapter 4, Chapter 5, Chapter 6, Character Table

“科学与社会”新生研讨课 (2013, 2014, 2016-)

undergraduate students,

DFT Method and Applications (2011-)

(电子密度泛函理论方法及应用）

undergraduate and graduate students, 80 hrs including 40 hrs practice, fall semester

topic 1: introduction to quantum chemistry

topic 2: DFT method

topic 3: electronic calculation and analysis methods

topic 4: introduction to moden simulation packages and practice

Atomic Modeling of Materials (in English) (2016-)

graduate and undergraduate students, 40 hrs including practice, fall semester

Lecture 01, Lecture 02, Lecture 03, Lecture 04

topic 1: molecular mechanical modeling

topic 2: quantum chemistry modeling

topic 3: electronic calculations and analysis: surface, reaction rate, thermodynamic

topic 4: seminars on global structure, nanomaterials, optoelectronic materials, catalysts, magnetic materials, and biomolecular system simulation (case depends)