- Place
- Thr5-6(ｼｪ232)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 97016
- Syllabus updated
- 2015/2/12
- Lecture notes updated
- 2015/2/12
- Semester
- Fall Semester
Outline of lecture
迚ｩ雉ｪ遘大ｭｦ縺ｫ縺翫¢繧区ｩ溯ｽ逋ｺ迴ｾ蛻驥弱ｮ譛霑代ｮ騾ｲ豁ｩ縺ｨ繝医ヴ繝繧ｯ繧ｹ繧定ｬ帷ｾｩ縺吶ｋ縲り恭隱櫁ｬ帷ｾｩ縲
Each instructor gives lectures relevant to recent topics and progress in the field of materials with novel functions. Some of the lectures are organized as seminars, in which each student gives a short presentation o
Purpose of lecture
This lecture will provide the following three advanced topics in material science,
1) Ultrafast Phenomena
2) Surface & Interface Chemistry
3) Quantum Observations
All lectures are given in English.
The details for each topic are described as below.
1) Ultrafast Phenomena: Ultrafast phenomena in femtosecond and picosecond time scales of materials such as photo-excitation processes and coherent phonons will be reviewed. Fundamentals of femtosecond lasers and experimental methods of ultrafast measurements will be presented.
2) Surface & Interface Chemistry: The surface & interface is a region of finite thickness where two homogeneous bulk phases meet and the properties change, often markedly, as we move from one bulk phase to the other. This lecture will provide an overview of various phenomena particular to the surface & interface, together with fundamentals of the related physical chemistry.
3) Quantum Observations: Super-functions of innovative materials are closely related with quantum mechanical properties of the materials. This part of lectures will deal with various state-of-the-art techniques for the observations of the quantum states in the innovative materials. Topics will include scanning tunneling microscope/spectroscopy, angle-resolved photoemission spectroscopy, and inelastic neutron/x-ray scattering.
Plan of lecture
01 10/07 K.G. Nakamura Ultrafast Phenomena (1)
02 10/14 KGN UP (2)
03 10/28 KGN UP (3)
04 11/04 KGN UP (4)
05 11/18 Y. Matsumoto Surface/Interface Chemistry (1)
06 11/25 YM SIC (2)
07 12/02 YM SIC (3)
08 12/09 YM SIC (4)
09 12/16 T. Sasagawa Quantum Observations (1)
10 01/06 TS QO (2)
11 01/13 TS QO (3)
12 01/20 TS QO (4)
13 01/27 Spare
Textbook and reference
None.
Related and/or prerequisite courses
None.
Evaluation
Your score is determined based on an average of 3 independent evaluations by the 3 instructors and by the number of attendances. Reports on the three major topics are required to submit.
