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Physics
Astrophysics and Cosmology
Planetary Science
1. Introduction to Planetary Science
2. The Solar System Formation and Architecture
3. The Terrestrial Planets
4. The Giant Planets
5. Moons and Rings
6. Small Solar System Bodies
7. Comparative Planetology and Planetary Processes
8. Exoplanets and Other Planetary Systems
9. Astrobiology and the Search for Life
10. Planetary Exploration and Instrumentation
The Solar System Formation and Architecture
The Sun
Stellar Classification and Properties
Spectral Type
Luminosity and Temperature
Solar Evolution
Main Sequence Properties
Solar Structure and Composition
Core
Radiative Zone
Convective Zone
Photosphere
Chromosphere
Corona
Elemental Abundances
The Solar Wind
Composition and Properties
Effects on Planets
Heliosphere
Solar Activity and its Effects
Sunspots
Solar Flares
Coronal Mass Ejections
Space Weather
Solar Cycle
Solar System Formation
The Nebular Hypothesis
Collapse of Molecular Cloud
Conservation of Angular Momentum
Gravitational Instability
Protoplanetary Disks
Disk Structure
Dust and Gas Distribution
Temperature Gradients
Frost Lines
Accretion and Planetesimal Formation
Dust Coagulation
Planetesimal Growth
Oligarchic Growth
Runaway Growth
Planetary Migration
Type I Migration
Type II Migration
Effects on Planetary Orbits
Grand Tack Model
Overall Structure of the Solar System
The Inner Solar System
Terrestrial Planets
Proximity to the Sun
High Density Materials
The Asteroid Belt
Location and Extent
Composition and Distribution
Kirkwood Gaps
The Outer Solar System
Gas Giants and Ice Giants
Large Distances from the Sun
Low Density Materials
The Kuiper Belt
Location and Extent
Kuiper Belt Objects
Scattered Disk
The Oort Cloud
Hypothetical Structure
Source of Long-Period Comets
Spherical Distribution
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1. Introduction to Planetary Science
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3. The Terrestrial Planets