Right like why is the sun bouncing around on its orbit? It should be near circular or at a bare minimum elliptical. I tried to verify if there’s any reason it would be bouncing around like that, there isn’t any evidence that I could find
The video shows exactly that... did you not watch it? The sun is rotating, the galaxy is rotating... what are you talking about? Are you trying to claim the planets dont follow the sun thru its travels?
The sun stays in its arm of the galaxy it’s not rotating through it faster than the galaxy is spinning. The solar system isn’t travelling like that it’s not a useful representation of how it moves.
Why the Viral Vortex Animation is Wrong Perpendicular Tilt Myth: Viral videos falsely show the planetary orbital plane perpendicular (90°) to the Sun's direction of travel. The real ecliptic is tilted at roughly 60°. [1, 2, 3]
Trailing Planets Myth: Because of this 60° tilt, planets are not dragged behind the Sun like a comet tail; they spend time both in front of and behind the Sun relative to its galactic path. [1, 2]
Vortex Fluid Misuse: A vortex is a fluid-dynamics term involving drag and friction (like water in a drain). Space is a vacuum, and planets are bound by gravity, not fluid resistance. [1]
The planets are in front of and behind the sun in the video. The person simplified that part of this to show something else. Nice use of AI btw -.- "Ai tell me exactly what I want to hear and disregard the topic at hand"
Do you remember in school when being taught about atoms they showed us a nucleus with static circles showing where the electrons orbital said nucleus? Do you remember when they told us later on that that isnt how atoms actually look ad that it was demonstration purposes to teach us?
They removed unnecessary information as to not bog down the point they were making. Its not that what they taught wasnt true, but it was the whole truth. I guess the nuance is lost on you tho :/
No, my point is they sacrificed accuracy in one aspect to focus on a diff one. Like one does when making a 2d map of a 3d sphere, accuracy is lost somewhere. You need better reading comprehension...
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u/paxwax2018 12h ago
Everything shown here is wrong.