• astro140
• Paper 1 Topics
• What is Life
• The Big Bang Universe
• Star Formation
• Protoplanetary Disks
• Summary of our Course
• Overview of Our Solar System
  • Arrangement of Planets in our Solar System
  • Terrestrial Planets
  • Giant Planets and their Moons
  • Minor Bodies: Asteroids, Kuiper Belt, Objects, Minor Planets
  • General Considerations for Life Arising in our Solar System
• Exoplanet Census
• The Rise of Modern Science
• Introduction to Life in the Universe
  • Historical View of Life in the Universe
  • The Scientific Method
• The Discovery of Exoplanets
  • Detecting Exoplanets via Direct Imaging
  • Detecting Exoplanets via Astrometry
  • Doppler on Radial Velocity Method of Detecting Exoplanets
  • Detecting Exoplanets via Transits
  • Detecting Exoplanets via Microlensing
• The Drake Equation
• Paper 2 Topics
• Stellar Evolution
• History of the Universe
  • Galaxies & the Milky Way
  • Interstellar Medium & Molecules
• Chemical Foundations of Life
• Life in the Universe
• Planet Formation
• General Properties of Exoplanets
• Life on Mars
• Properties of Exoplanets
  • Multiple Planet Systems
  • Exoplanet Compositions
• Anthropic Principle
• How Far Away are the Aliens
• Writing Assignments
• Origin of Planetary Systems
  • Hot-Jupiter and Eccentric Giant Planets
  • Implications for Exoplanets in the Galaxy
• Red Giants
• Search for Extraterrestrial Intelligence
• Origin of Life on Earth
• Life on Moons of Giant Planets
• Stars & the Energy for Life
  • Summary of Astronomical Context for Life
• Unidentified Flying Objects
• Evolution of Life
• Theme 1: Astronomical Context for Life
• Life & Earth's Atmosphere
• Interstellar Travel
• Theme 2: Life on Earth
• Theme 3: Life in the Solar System
• Colonizing the Galaxy
• Theme 4: Life Beyond the Solar System
• Philosophy & Reflecting on Life in the Universe
• Theme 5: Life around Other Stars