(W0) Perspective of the Universe
W1 - Observing the Sky & The Nature of Light
(T1) Geometry of the Sky & Time
(T2) The Moon, Eclipses & Long-Term Motion
(T3) Nature of Light & Thermal Radiation
W2 - Observational Tools & The Architecture of the Solar System
(T4) How Astronomers Collect Information (Telescopes & Instruments)
(T5) Limits of Observations & Modern Solutions
(T6) Structure and Inventory of the Solar System
W3 - The Planets - Inner & Outer Worlds
(T7) Inner Planets (Mercury, Venus, Earth, Mars)
(T8) Outer Planets (Jupiter, Saturn, Uranus, Neptune)
(T9) Comparative Planetology & Solar System Patterns
Part B - Stars & Extremes
W5 - The Sun & Stellar Properties
(T1) The Sun as a Star (Structure & Energy)
(T2) Observing and Measuring Stars
(T3) Patterns and Classification (H–R Diagram Thinking)
W6 - Interstellar Medium & Star Formation
(T4) Interstellar Medium (What exists between stars?)
(T5) From Clouds to Stars (Collapse & Protostars)
(T6) Star Formation Outcomes (Mass, Systems, Variations)
W7 - Stellar Evolution & End States
(T7) Stellar Evolution Basics
(T8) Stellar Death & Explosions
(T9) Compact Objects (Extreme Physics Conceptually Simplified)
(W8) Review + Second Exam
Part C - Galaxies & Cosmos
W9 - Galaxies & the Milky Way
W10 - Dark Matter & Large-Scale Structure
(T4) Structure of the Universe
(T6) Origin & Fate of the Universe
(W12) Review Week + Third Exam