1CHAPTER 1 Introduction To Astrophysics
466.1 Big Bang Theory
21.1 Historical Overview
476.1.1 Evidence for Cosmic Expansion
31.1.1 Early Observations
486.1.2 Inflationary Cosmology
41.1.2 Development of Modern Astrophysics
496.2 Expansion of the Universe
51.2 Scope and Importance of Astrophysics
506.2.1 Hubble’s Law
61.2.1 Understanding the Universe
516.2.2 Cosmic Microwave Background Radiation
71.2.2 Applications in Technology and Society
526.3 Dark Matter and Dark Energy
8CHAPTER 2 Observational Techniques In Astrophysics
536.3.1 Observational Constraints on Dark Matter
92.1 Telescopes and Observatories
546.3.2 Nature and Significance of Dark Energy
102.1.1 Optical Telescopes
55CHAPTER 7 Exoplanets And Planetary Systems
112.1.2 Radio and Space-based Observatories
567.1 Detection Methods
122.2 Detectors and Instrumentation
577.1.1 Transit Photometry
132.2.1 CCD Cameras and Spectrometers
587.1.2 Radial Velocity Measurements
142.2.2 Data Processing and Analysis Technique
597.2 Habitable Zones
15CHAPTER 3 Celestial Mechanics
607.2.1 Planetary Climate and Habitability
163.1 Kepler’s Laws
617.2.2 Exoplanets Atmospheres and Bio Signatures
173.1.1 First Law of Planetary Motion
62CHAPTER 8 High-Energy Astrophysics
183.1.2 Second and Third Laws
638.1 X-ray and Gamma-ray Astronomy
193.2 Orbital Dynamic
648.1.1 X-ray Binaries and Accretion Processes
203.2.1 Elliptical Orbits
658.1.2 Gamma-ray Bursts and their Origins
213.2.2 Perturbations and Orbital Stability
668.2 Neutron Stars and Pulsars
223.3 Gravitational Interactions
678.2.1 Neutron Star Structure and Properties
233.3.1 Newton’s Law of Universal Gravitation
688.2.2 Pulsar Emission Mechanisms
243.3.2 Relativistic Effects in Gravitational Fields
698.3 Black Hole Dynamics
25CHAPTER 4 Stellar Structure And Evolution
708.3.1 Black Hole Accretion Disks
264.1 Stellar Formation
718.3.2 Hawking Radiation and Black Hole Thermodynamics
274.1.1 Nebular Hypothesis
72CHAPTER 9 Astrophysical Phenomena And Transients
284.1.2 Protostars and Star Formation Regions
739.1 Supernovae Explosions
294.2 Main Sequence Stars
749.1.1 Supernova Classification
304.2.1 Hertzsprung-Russell Diagram
759.1.2 Supernova Remnants and Cosmic Rays
314.2.2 Nuclear Fusion Processes in Stars
769.2 Gamma-ray Bursts: 9.2.1 GRB Classification and Progenitors
324.3 Stellar Death: Supernovae and Black Holes
779.3 Transient Events in the Universe
334.3.1 Supernova Types and Remnants
789.3 Transient Events in the Universe
344.3.2 Formation and Properties of Black Holes
799.3.1 Fast Radio Bursts
35CHAPTER 5 Galactic Astronomy
809.3.2 Gravitational Wave Events and Multimessenger Astronomy
365.1 Structure of the Milky Way
81CHAPTER 10 Astrobiology
375.1.1 Galactic Components
8210.1 Conditions for Life
385.1.2 Spiral Arm Structure
8310.1.1 Habitability Criteria
395.2 Galaxies and Clusters
8410.1.2 Extremophiles and Life in Extreme Environments
405.2.1 Galaxy Morphology
8510.2 Searches for Extraterrestrial Life
415.2.2 Clusters of Galaxies and Large-Scale Structures
8610.2.1 SETI and Radio Signal Searches
425.3 Active Galactic Nuclei
8710.2.2 Explanatory Habitability Assessments
435.3.1 AGN Classification
88Glossary
445.3.2 Accretion Processes and Jet Formation
89Index
45CHAPTER 6 Cosmology
