/ncu_doing_astrophysics_using_python_202409

This is a repository for the course "Doing Astrophysics using Python" at National Central University in Taiwan from Sep/2024 to Jan/2025.

Primary LanguageJupyter NotebookGNU General Public License v3.0GPL-3.0

Doing Astrophysics using Python

Time-stamp: <2024/09/17 21:45:06 (UT+8) daisuke>

This is a repository for the course "Doing Astrophysics using Python" (course ID: PH3066) offered at National Central University in Taiwan Central University from Sep/2024 to Jan/2025. from Sep/2024 to Jan/2025.

About the course

  • Basic information about the course
    • course ID: PH3066
    • course name
      • course name in English: Doing Astrophysics using Python
      • course name in Chinese: 用 Python 做天文物理
    • classroom: S4-203
    • time: from 13:00 to 15:50 on Wednesday
    • instructor: Kinoshita Daisuke
    • things you need to bring to the classrooms
      • laptop computer or tablet computer
      • notebook and pens
      • mobile phone

Online resources

Here is a list of online resources for this course.

To download a set of sample Python scripts for this course, try following command.

git clone https://github.com/kinoshitadaisuke/ncu_doing_astrophysics_using_python_202409.git

Schedule

Date Time Session Number Session Name
11/Sep/2024 13:00-13:50 00 Executing a Python script
11/Sep/2024 16:00-15:50 01 Basic Python programming
18/Sep/2024 13:00-15:50 02 Importing and using Python modules
25/Sep/2024 13:00-15:50 03 Using Numpy for calculations
02/Oct/2024 13:00-15:50 04 Visualisation of data using Matplotlib
09/Oct/2024 13:00-15:50 05 Scientific calculations and analyses using SciPy
16/Oct/2024 13:00-15:50 06 Building and querying relational database using Python
23/Oct/2024 13:00-15:50 07 Astronomical calculations using Astropy
30/Oct/2024 13:00-15:50 08 Blackbody radiation
06/Nov/2024 13:00-15:50 09 Distribution of asteroids, stars, and galaxies
13/Nov/2024 13:00-15:50 10 Hubble diagram and expansion of the Universe
20/Nov/2024 13:00-15:50 --- no class due to University's sport day
27/Nov/2024 13:00-15:50 11 Estimating ages of star clusters
04/Dec/2024 13:00-15:50 12 Periodicity analysis of astronomical time-series data
11/Dec/2024 13:00-15:50 13 Source extraction and image alignment of astronomical images
18/Dec/2024 13:00-15:50 14 Planetary motion and orbital integration
25/Dec/2024 13:00-15:50 15 Classification of astronomical objects using machine learning
01/Jan/2025 13:00-15:50 --- no class due to national holiday
08/Jan/2025 13:00-15:50 17 TBA

Jupyter Notebook files