Data Analysis

2023-Mar.03/07 @ NSYSU : Data Analysis (Lecture Homepage).

1. Lecture notes: General Concepts and Chi-Square fittings
2. Lecture notes: Chi-Squre fittings in linear problem
3. Lecture notes: Non-linear Chi-Square minimization and goodness-of-fittings
4. Lecture notes: Markov Chain Monte Carlo method

Seminar (I)

2023-Sep-04/Dec-22 @ NSYSU : Attending talks (Lecture Homepage).

General Physics (I)

2024-Sep-08/2025-Jan-11 @ NSYSU : elasticity, fluid, thermal physics (Lecture Homepage)

2023-Sep-04/Dec-22 @ NSYSU : rigid body motion, elasticity, fluid, thermal physics (Lecture Homepage).

1. Lecture notes: measurements, vectors, motions
2. Lecture notes: force, motion, work
3. Lecture notes: energy conservation
4. Lecture notes: center of mass and momentum
5. Lecture notes: rotation
6. Lecture notes: torque and angular momentum
7. Lecture notes: gravitation
8. Lecture notes: elasticity
9. Lecture notes: fluid
10. Lecture notes: oscillations
11. Lecture notes: Wave
12. Lecture notes: temperature, heat
13. Lecture notes: kinetic theory of gas
14. Lecture notes: entropy, 2nd law of thermodynamics

General Physics (II)

2024-Feb-13/May-31 @ NSYSU : Special Relativity, Quantum Physics, Electromagnetic, Geometric/Physical Optics, Nuclear Physics (Lecture Homepage).

2023-Feb-13/May-31 @ NSYSU : Special Relativity, Quantum Physics, Electromagnetic, Geometric/Physical Optics, Nuclear Physics (Lecture Homepage).

1. Lecture notes: Special relativity Part I
2. Lecture notes: Special relativity Part II
3. Lecture notes: Quantum Physics Part I
4. Lecture notes: Quantum Physics Part II
5. Lecture notes: Quantum Physics Part III
6. Lecture notes: Electromagnetic Part I
7. Lecture notes: Electromagnetic Part II
8. Lecture notes: Electromagnetic Part III
9. Lecture notes: Electromagnetic Part IV
10. Lecture notes: Physical Optics
11. Lecture notes: Geometric Optics
12. Lecture notes: Nuclear and Particle physics

Radio Interferometry

2023-Summer @ NSYSU : An introduction to Radio Interferometry (Lecture Homepage). This is an online lecture created by me and my students, Pin-Hsien Lai and Ting-Chen Chen.

2022-Oct-5/Nov-30 @ NTNU : Practical Radio Interferometry (Lecture Homepage). I am not yet good at using Github. But let’s learn this together.

1. Lecture notes: Principle of radiation and basic observational parameters
2. Lecture notes: Understanding the response of single-dish telescopes, angular resolution
3. Lecture notes: Principle of radio interferometry
4. Lecture notes: Principle of data calibration
5. Lecture notes: Error recognition
6. Lecture notes: Image formation
7. Lecture notes: Noise

2022-Jul-08/12 @ NTNU : Principle of interferometry, noise, and calibration strategy. ( Lecture Notes PDF; go to the address and then click the Download button to download). These are my quick notes, which are not necessarily fully correct and may not be comphresensitve to those who did not attend the classes.