PHY7213: Advanced Astrophysics I

This course covers General Astrophysics from star formation to structure of the universe. It outlines the different types of binary stars, evolution of stars, and the physics of compact objects. It also outlines different types of galaxies in the universe, radiation processes in astrophysics, and astronomical detection tools.

Course Objectives
The objectives of the course are to:

• Distinguish between eclipsing and spectroscopic binary systems.
• Describe the process of star formation & evolution of stars.
• Distinguish between stellar remnants; white dwarfs to black holes.
• Describe the formation of accretion disk in semi-detached binaries.
• Describe the formation and evolution of galaxies.
• Discuss the processes of electromagnetic radiation.
• Describe the various detection tools used in astronomy.

Learning Outcomes
By the end of the course, the students should be able to:

• Distinguish between eclipsing and spectroscopic binary systems
• Explain the origin and fate of stars, galaxies and the universe
• Explain the importance of accretion disks in binary systems and compact stars
• Model electromagnetic radiations from astronomical objects
• Analyze astronomical data 
• Describe the various detection tools used in astronomy