Sun/Moon Rise/Set Simulation
3-D demonstration of the motions of the sun and moon in the sky, created using Visual Python (VPython). [By the way, given the number of clueless comments, it seems I must point out, this simulation HAS ABSOLUTELY NOTHING TO DO WITH THE MIND NUMBINGLY LUNATIC FLAT EARTH "THEORY" NONSENSE!!! (Don't waste my time.) This is about the apparent sky for a localized observer: a phenomenological perspective one has for observational astronomy or navigation. (Go outside and look up!) When you stand on the ground and see a few hundred yards, the earth appears locally flat. You lack depth perception for cosmic distances because your eyes are close together compared to the distances involved. That's why the sun, moon, and stars appear to be at the same distance. When everything in the cosmos appears the same distance away, it gives the illusion that they all lie on a sphere centered on the observer. Hence the sphere of the sky is an illusion. This simulation is about understanding this localized perspective.]

Rise/Set Times with Moon Phases

Patterns of the Moon

But what is the Fourier Transform? A visual introduction.

Phases and Motions of the Moon

What is Antimatter?

Saturn Is The Scariest Planet In Our Solar System

Why The Russian Accent Terrifies Everyone

The Crystal That Could Destroy All Medicine

Norway is Building The World's Deepest Mega-Tunnel

What NASA Found on Neptune

Time Dilation Visualized

Naked Eye Observations: Crash Course Astronomy #2

The Moon's Orbit is WEIRD

What the Apollo 11 Site Looks Like Today

Why the Moon Rises later Each Day

Every Rare Space Event We’ll Actually See Before We Die

Uranus & Neptune: Crash Course Astronomy #19

What Makes Lagrange Points Special Locations In Space

Do Colliding Pulsars Create All of the Universe’s Gold? | Cosmic Queries #112

