Graduate Program

◎Course Structure
Degree: Master of Science
Points of Credit: Twnety-four
Four year limit: Students pursuing the Master degree must complete all requirements
including examinations and the defense of the thesis within four years of their first registration in the Master program of Physics department of NTNU.
 

compulsory courses
Optional courses (at least 3 points)
Quantum Mechanics (I), (II)    6 points in total
Statistical Mechanics (I)        3 points
Classical Electrodynamics (I)    3 points
Graduate Colloquium (I), (II), (III)   3 points in total
Two field-specific courses       6 points in total
Statistical Mechanics (II)      3 points
Classical Electrodynamics (II)  3 points
Classical Mechanics          3 points
 
 
◎Course Structure
◎ Degree: Doctor of Philosophy (Ph.D.)
Points of Credit: Eighteen
Seven year limit: Students pursuing the Ph. D degree must complete all requirements
including examinations and the defense of the doctoral dissertation within seven of their first registration in the Ph. D program of Physics department of NTNU.
 
compulsory courses
Quantum Mechanics (I), (II)        6 points in total
Statistical Mechanics (I)           3 points
Classical Electrodynamics (I), (II)   6 points in total
Classical Mechanics              3 points
 
1. Conditions on the fulfillment of the eighteen points of credit:
a. at least 3 points from field-specific courses
b. at least 3 points from special topics related to the Ph. D dissertation
c. at least 3 points from courses in other subfields
d. at least 3 points from graduate colloquium
2. Qualifying examination
3. Defense of thedoctoral dissertation
4. At least one research article published in or accepted by journals listed in SCI, SSCI, EI, or
TSSCI.
5. Serving as a teaching assistant in the department for at least one semester or having equivalent teaching experience.

school timetable(Teaching in English)           Fall Semester 2021/ Spring Semester 2022
 
 
Mon
Tue
Wed
Thu
Fri
1
08:10
 
 
 
 
 
09:00
 
 
 
 
 
 
2
09:10
Classical Electrodynamics (I) (II)
Chang, M.C.     S701
Solid State Physics (I) (II)    
Chen, H.Y.      
S701
Statistical Mechanics (I)
Lee, W.L.    S701
Classical Mechanics
Lee, W.L.    S701
Quantum Mechanics (I) (II)
Wu, W.C.        S701
 
Introduction to Semiconductor Physics  (I) (II)
Lo, F.Y.          S701
 
Advanced Principle of Optics (II)
Lu, T.H.        F101
 
10:00
3
10:20
11:10
4
11:20
12:10
5
12:20
 
 
 
 
 
13:10
 
 
 
 
 
6
13:20
General Relativity (I)
Pu, H.Y.        S701
 
Biophysics (I) (II)  S701
Chang, Y.R.
Advanced Mathematical Physics/ Introduction to Gauge Field Theories
Chang, C.H.     S301
Topics on Two Dimensional Quantum Materials (II) Lan,Y.W.
 
Topology in Condensed Matter Systems (I)
Chang, M.C.    S401
Modern Advanced Materials and Optoelectronics (I)
Chao, Y.C.       S701
Physics Academic Writing and Oral Presentation Skills
Advanced Quantum Mechanics (I) (II)  
Chen, C.R.       S701
14:10
 
7
14:20
Seminar (I)(III)   B101
Wu, Y.L.
 
Seminar (II)(IV)
You, J.S.
15:10
8
15:30
16:20
9
16:30
 
 
 
 
 
17:20
10
17:30
18:20
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