Nankai Univ. Teda
 
 
Study Program
  Summer School  

SpecialtyCondensed matter physics

Course setting and credit assignment

Professional training program curriculum and credit assignment table

Category

Course encoding

Course name

Total hours

Credit

Teaching term

Teaching method

Institute Code

Required   course


Marxist   theory


3

12

Teaching

120


foreign   language


3

2

Teaching

100


Graduate   student academic standards


1

12


190

02121007

Advanced   Quantum Mechanics

64

4

1

Teaching

021

02121021

Group Theroy

64

4

1

Teaching

021

02121009

Solids State Theory

64

4

2

Teaching

021

02121032

Experiments on Solid physics

32

2

2

Teachingexperimentation

021

02121016

Teaching practice


2

2


021



Elective course


The second foreign language


2

12

Teaching

100

02122024

Electronic   State and Spectroscopy in Crystals

48

3

1

Teaching

021

02122022

Lattice   Vibration Spectroscopy

48

3

1

Teaching

021

02122018

NMR   Spectroscopy

48

3

2

TeachingDiscussion

021

02122039

The   Physics of Ferroelectrics

48

3

1

Teaching

021

02122015

Photorefractive   effects and Applications / Photorefractive Nonlinear Optics

32

2

1

Teaching

021

02122054

Lectures   on Solid State Physics

32

2

1

Teaching

021

02121010

Optical   Electronics

48

3

2

Teaching

021

02121013

Photonics

48

3

1

Teaching

021

02121023

Method   of physical Measurement and Metrology

48

3

1

Teaching

021

02121008

Advanced   Statistical Physics

48

3

2

Teaching

021

02122021

Computational   Physics

48

3

1

Teaching

021

02121005

nonlinear   optics

48

3

1

Teaching

021

02122031

Nano-Materials   and Techniques

48

3

1

Teaching

021

02122020

Laser   physics and devices

48

3

1

Teaching

021

02122049

Organic   Optical Materials and Their Applications

32

2

2

Teaching

021

02122044

Current   Semiconductor Physics and Inspecting Technology

48

3

2

Teaching

021

02122003

Modern   Inspecting Techniques and Methods of Material Science

48

3

2

Teaching

021

02122006

Ultrafast   Optics

48

3

2

Teaching

021

02122010

Luminescence

32

2

2

Teaching

021

02122036

Foundmental   of Biomedical photonics

48

3

2

Teaching

021

02122041

Professional foreign language

32

2

2

Teaching

021








By election class





























Specialtyoptics

Course setting and credit assignment

Professional training program curriculum and credit assignment table

Category

Course   encoding

Course   name

Total   hours

Credit

Teaching   term

Teaching   method

Institute   Code

Required   course


Marxist   theory


3

12

Teaching

120


First foreign   language


3

12

Teaching

100


Graduate   student academic standards


1

12


190

02121012

Principles of Modern Optics

64

4

1

Teaching

021

02121005

nonlinear optics

48

3

1

Teaching

021

02121007

Advanced Quantum Mechanics

64

4

1

Teaching

021

02121025

Modern Optics Experiments

32

2

2

Teaching

021

02121011

Lectures on Frontiers of Optics

32

2

1

TeachingDiscussion

021

02121016

Teaching   practice


2

2


021

Elective   course


The second   foreign language


2

12

Teaching

100

02122041

Professional   foreign language

32

2

2

Teaching

021

02122030

Quantum Optics

32

2

2

Teaching

021

02121010

Optical Electronics

48

3

2

Teaching

021

02121021

Group Theroy

64

4

1

Teaching

021

02122007

Principles of waveguide optics

32

2

3

Teaching

021

02122033

Fundamental of all-optical networks

32

2

3

Teaching

021

02122013

Optical fiber communication and sensor   technology fundamentals

48

3

3

Teaching

021

02122021

Computational Physics

48

3

1

Teaching

021

02121013

Photonics

48

3

1

Teaching

021

02122020

Laser physics and devices

48

3

1

Teaching

021

02121001

Material Science and Technology

48

3

1

Teaching

021


02122036

Foundmental of Biomedical photonics

48

3

2

TeachingDiscussion

021


02122049

Organic Optical Materials and Their   Applications

32

2

2

Teaching

021


02122031

Nano-Materials and Techniques

48

3

1

Teaching

021


02122029

Principle of Quantum Material and   Quantum devices

32

2

3

Teaching

021


02122001

Surface Optics

48

3

2

Teaching

021


02122006

Ultrafast Optics

54

3

2

Teaching

021


02122010

Luminescence

32

2

2

Teaching

021


02122015

Photorefractive effects and   Applications / Photorefractive Nonlinear Optics

32

2

1

Teaching

021


02122044

Current   Semiconductor Physics and Inspecting Technology

48

3

2

Teaching

021


02122024

Electronic State and Spectroscopy in   Crystals

48

3

1

Teaching

021


02122053

Micro-optics

32

2

2

TeachingDiscussion

021


02122064

Nano   Photonics

32

2

1

Teaching

021


By   election class


































 

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