Stellar Astrophysics
( 28 Modules )

Module #1
Introduction to Stellar Astrophysics
Overview of the field, importance of stellar astrophysics, and course objectives

Module #2
Observational Astronomy
Telescopes, detectors, and observational techniques used in stellar astrophysics

Module #3
Stellar Properties and Classification
Stellar properties, spectral types, and classification schemes

Module #4
Stellar Evolution I:Main Sequence and Core Hydrogen Burning
Evolution of low-mass stars, main sequence, and core hydrogen burning

Module #5
Stellar Evolution II:Post-Main Sequence and Core Helium Burning
Evolution of low-mass stars, post-main sequence, and core helium burning

Module #6
Stellar Evolution III:High-Mass Stars and Supernovae
Evolution of high-mass stars, supernovae, and nucleosynthesis

Module #7
Stellar Structure and Atmospheres
Internal structure, atmospheres, and radiative transport in stars

Module #8
Stellar Rotation and Angular Momentum
Effects of rotation on stellar evolution, angular momentum transport, and magnetic fields

Module #9
Magnetic Fields and Stellar Activity
Magnetic fields, stellar activity, and their impact on stellar evolution

Module #10
Binary and Multiple Star Systems
Formation, evolution, and interactions in binary and multiple star systems

Module #11
Stellar Spectroscopy and Spectral Analysis
Spectroscopic techniques, spectral analysis, and abundance determinations

Module #12
Stellar Distance Determination and Parallax
Methods for determining stellar distances, parallax, and astrometry

Module #13
Stellar Clusters and Associations
Properties, formation, and evolution of stellar clusters and associations

Module #14
Star Formation and the Initial Mass Function
Theories of star formation, initial mass function, and IMF variations

Module #15
Stellar Nucleosynthesis and Chemical Evolution
Nucleosynthesis processes, chemical evolution, and Galactic chemical evolution

Module #16
White Dwarfs, Neutron Stars, and Black Holes
Properties, formation, and evolution of compact stellar remnants

Module #17
Stellar Populations and Galactic Structure
Stellar populations, Galactic structure, and the Milky Way galaxy

Module #18
Astroseismology and Stellar Oscillations
Stellar oscillations, asteroseismology, and internal processes

Module #19
Exoplanets and the Search for Life
Exoplanet detection, characterization, and the search for life beyond the Solar System

Module #20
Stellar Astrophysics and Cosmology
Connections between stellar astrophysics and cosmology, including dark matter and dark energy

Module #21
Statistical Methods in Stellar Astrophysics
Statistical techniques, data analysis, and uncertainty quantification in stellar astrophysics

Module #22
Computational Methods in Stellar Astrophysics
Numerical methods, modeling, and simulations in stellar astrophysics

Module #23
Current Research in Stellar Astrophysics
Current research areas, recent discoveries, and future directions in stellar astrophysics

Module #24
Stellar Astrophysics and the Astronomical Community
Collaboration, communication, and outreach in stellar astrophysics

Module #25
Stellar Astrophysics and Space Missions
Space missions, telescopes, and instrumentation in stellar astrophysics

Module #26
Stellar Astrophysics and Computational Resources
Computational resources, databases, and data archives in stellar astrophysics

Module #27
Stellar Astrophysics and Interdisciplinary Connections
Connections to other fields, such as planetary science, astrobiology, and cosmology

Module #28
Course Wrap-Up & Conclusion
Planning next steps in Stellar Astrophysics career

Ready to Learn, Share, and Compete?