Sizes of celestial objects in the sky over the next 3 years using Moon as a reference

These are in-sky size of solar system objects relative to eachother over the next 3 years. The Moon's changing position & speed in its 5.1° inclination orbit makes it appear to wobble. This is known as Libration and it allows us to see up to 58% of the lunar surface!
We need to specify angles precisely so we use arc seconds: 1° = 60 arc minutes (′) and 1′ = 60 arc seconds (″) - so 1″ = 1/3600° !
Imagery from: NASA / Solar System Scope processing / NASA SVS
NASA ephemeris data: ssd.jpl.nasa.gov/horizons.cgi

[@kloug2006]

This is ecstasy for the mind.

[@aceone9112]

Thank you, sir James, for this

[@KingBeevr]

Honestly, some of the best videos on here. Along with Ben Eller and Rick Beato (gotta get your 🎸 on).

[@angeleav]

Thank you 👍

[@zawiszaaustralia]

Is the moon cartwheel every night, normal in your opinion doc ?

[@Ayoubased]

why didnt you make the moon center so we know the ratio?

[@comingfromthepast7143]

hi dr
Is the sun stationary in this universe or is it moving and in what direction?

[@zahrannahyan9666]

its orbiting the center of the milky way so yes

[@sankang9425]

No such thing as 'Stationary' exists in this universe. Everything is relative.

[@trashbug1]

I want the angle of Saturn to be represented as well.