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Physics
Astrophysics and Cosmology
Black Holes
1. Introduction to Black Holes
2. The Theoretical Framework: General Relativity
3. Anatomy of a Black Hole
4. Formation Mechanisms
5. Classification Systems
6. Observational Detection Methods
7. Cosmic Roles and Influence
8. Thermodynamics and Quantum Physics
9. Theoretical Frontiers and Paradoxes
Cosmic Roles and Influence
Galaxy Formation and Evolution
Black Hole-Galaxy Coevolution
Simultaneous Growth
Feedback Mechanisms
Observational Evidence
Scaling Relations
M-sigma Relation
Bulge Mass Correlations
Fundamental Plane
Physical Origins
Seeding Mechanisms
Early Universe Formation
First Galaxies
Supermassive Black Hole Origins
Star Formation Regulation
Positive Feedback
Shock Compression
Triggered Star Formation
Jet-induced Formation
Negative Feedback
AGN Outflows
Gas Heating
Star Formation Quenching
Maintenance Mode
Galactic Fountains
Gas Circulation
Metal Enrichment
Cooling Flows
Chemical Evolution
Heavy Element Production
Stellar Nucleosynthesis
Supernova Enrichment
Neutron Star Mergers
Kilonova Events
R-process Nucleosynthesis
Gold and Platinum Production
Observational Signatures
Galactic Chemical Gradients
Metallicity Distributions
Mixing Processes
Large-Scale Structure
Dark Matter Halo Connections
Central Black Holes
Halo Mass Relations
Structure Formation
Cosmic Web Influence
Filament Connections
Void Regions
Matter Flows
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6. Observational Detection Methods
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8. Thermodynamics and Quantum Physics