course


課程名稱 Laser Bio/Nano Science (中文 : 雷射生物奈米科學)

Lecturer : Prof. Hiroshi Masuhara (增原宏)

Abstract (課程概述與目標) :
Starting from fundamental photopysics and photochemistry, recent developements of spectroscopic and imaging methods utilizing lasers and optical microscopes are introduced and their high potential is demonstrated. Various subjects on nano materials such as nano plymer films, molecular nanocrystals, metallic nanoparticles, and so on are presented and discussed. Nanoparticle preparation and molecular crystallization by laser are now intensively extended and their applications are expected, while manipulation and patterning of living cells by femtosecond laser tsunami have received much attention in the relevant life science field. Integrating the detailed explanation and recent results, one possible picture of Laser Bio/Nano Science will be given.

Place (上課地點) : Science Building II - room 203
Time (上課時間) : Wednesday, 13:30-16:30

Answer to your questions (師生晤談) : 17:00-18:00 on Tuesday
(contact, ext. 56593; masuhara@masuhara.jp)

Text book (教科書) : The lecture note will be provided in the class. (reference) H. Masuhara, S. Kawata, F. Tokunaga Eds. Nano Biophotonics Elsevier, 2007.

Grading policy (教學要點概述) : Discussion in the classromm, 40%; Midterm exam, 30 %; Final exam, 30 %

Note (先修科目或先備能力)) : Knowledgements of physical chemistry, organic chemistry, quantum mechanics and/or polymer chemistry are required to follow this class. Of course, listening and speaking English are also important, however, the lecturer will explain in plain English. This class should be heplful for you not only to establish your scientific insight but also to improve your English.

This class is open for B.C. students and pos-docs to take a look. The lecture by one of the foremost scienticts can give suggestions on your scientific perspectives and your career options.

Progress chart (?週進度表) :

Week
(週次)
Date
(上課日期)
Contents
(課程進度、內容、主題)
1
2/25
Photophysics and photochemistry of molecules and molecular solid
2
3/4
Single nanoparticle spectroscopy (1) fluorescence spectroscopy of aromatic molecular crystals
3
3/11
Single nanoparticle spectroscopy (2) Rayleigh light scattering spectroscopy of polymer crystals
4
3/18
Single nanoparticle spectroscopy (3) Rayleigh light scattering spectroscopy of gold nanoparticles
5
3/25
Rayleigh light scattering spectroscopic imaging of gold nanoparticles in zeolites and living cells
6
4/1
Pump-probe measurement and reflectance spectroscopy of nano-films
7
4/8
Femtosecond diffuse reflectance spectroscopy and cooperative photochemical reaction of molecular crystals
8
4/15
Time-resolved interferometry and surface light scattering imaging
9
4/22
Laser ablation mechanism
10
4/29
Midterm exam
11
5/6
Nanoparticle preparation by laser ablation
12
5/13
Laser tsunami crystallization
13
5/20
Manipulation and patterning of living cells by laser tsunami
14
5/27
Laser manipulation and patterning of microparticles
15
6/3
Laser manipulation and patterning of polymers and nanoparticles
16
6/10
Dynamics of molecular assembling and crystallization by laser trapping
17
6/17
Recent topics on Laser Bio/Nano Science
18
6/24
Final exam

 



 



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