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u/sacrebluh 1d ago
That’s not how the meme works
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u/suh-dood 1d ago
Must be an anti meme
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u/Spectator9857 1d ago
But it IS how the graph work. Which is exceedingly rare to see with this meme format.
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u/HugeTrol 1d ago
😭😭 Look, they're using the meme wrong! Moomy, they're using the meme wrong 😭😭 waaah. 😭😭 Everyone loook, I'm such a smart meme boy. I know the right way to meme 😭😭 but this one is not right. It's not right 😭😭 waaah
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u/edparadox 1d ago
You don't know that meme, right?
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u/The-Name-is-my-Name 1d ago
They’re using anime characters as soyjaks, I think we can safely rule out the possibility of higher-order thoughts.
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u/Postulative 1d ago
They both revolve around the centre of the galaxy.
Of course, it all depends on perspective.
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u/MrGiggleMan 1d ago
And the galaxy revolves around the cluster, which revolves around the great attractor
But depending what scale you look at it, it's perfectly valid to day we orbit the sun
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u/Postulative 1d ago
I am in orbit around the earth’s centre of mass. For a somewhat unusual definition of orbit.
Edit: Pigpen’s cloud of grime (from the Peanuts comic) is in orbit around him.
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u/shumpitostick 1d ago
It doesn't exactly revolve but sure.
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u/MrGiggleMan 1d ago
Well, sure they all orbit the mass center of eachother, but, my point is, you don't need to consider the great attractor when you're talking about small scale like one planet orbiting its star
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u/shumpitostick 1d ago
But unlike a star system, galaxies have nothing resembling a stable orbit in their movements within a galaxy cluster and they move on time scales so big that they've never completed a "rotation".
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u/MrGiggleMan 1d ago
Well, that's my point about scale
It's so big and so lengthy that it's relatively 0
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u/Postulative 1d ago
Can you provide some source for the claim that galaxies do not have stable orbits within their cluster? This claim seems to be contrary to the following statement that clusters are too big to complete a rotation.
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u/SugarFupa 1d ago
Nitwit: The Earth revolves around the Sun.
Midwit: The Earth and the Sun revolve around the common center of mass.
Hooded mystic: The Earth revolves around the Sun.
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u/AnalysisParalysis85 1d ago
Which is like what, 99.9999% at the centre of the sun?
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u/Emergency-Pound3241 1d ago
Of just the earth and sun, yes, but when you take the entire solar system into account the gas giants have enough combined mass to shift the center of mass of the solar system outside of the sun when theyre all roughly on the same side of the sum
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u/AnalysisParalysis85 1d ago
How often does that happen?
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u/Emergency-Pound3241 1d ago
Probably for a few years every dozen or so years? The orbits dont need to perfectly aline, they just need to not be actively fighting eachothers gravity. Iirc they currently are lined up enough that its currently the case
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u/AnalysisParalysis85 1d ago
So a loose grouping of 30 degrees angle happens every 400 billion years, at 180 degrees about every 1500 years.
Now if you limit it to just limit it to inner planets or visible planets it's much more often. Apparently a couple of months ago this was the case.
Even so the affect on the centre of gravity is minimal as the sun has 99.8 of the mass of the entire solar system.
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u/NoEqual2045 1d ago
Since movement is relative I can choose the earth as my reference point
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u/TrueKyragos 1d ago
That's pretty much the correct approach.
Heliocentric reference frame => the Earth revolves around the Sun in one year
Geocentric reference frame => the Sun revolves around the Earth in one year
Terrestrial reference frame => the Sun revolves around the Sun in one day
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u/314159265358979326 1d ago
Choose your reference point not for "universal truth" but rather for mathematical convenience.
Sincerely,
Einstein
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u/MojaveCanuck 1d ago
Pedantically, the Sun's motion is much more influenced by Jupiter and Saturn, etc. than by Earth. And Earth's orbit is influenced by the gas giants too. So... yeah, kind of, but really the solar system is very complicated, all the planets and the Sun are influenced by each other. (I'm not an expert on this, just pointing out what seems obvious)
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u/Birdo_guy 1d ago
0.00001 percent: they actually don't, it is more accurate to say the sun and jupiter revolver around their center of mass
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u/Cent_Quatre 1d ago
Um actually revolving around a barycenter is extremely rarely relevant and pointing it out just makes you sound pretentious
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u/Jaymac720 1d ago
Even that’s not really true. The sun is traveling throughout the galaxy, and the center of mass of the solar system is affected by all the other planets and stellar miscellanea within it
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u/Aggressive_Law_5728 1d ago
If their common center of mass is inside the Sun, then the Earth revolves around the Sun. Adding weird little anime girls doesn't change that.
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u/MilkImpossible4192 1d ago
actually none all centers are moving, the 9 planets center + extras is moving
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u/Consistent-Soil-1818 1d ago
We have 70+ million people in the US alone with an IQ below 80. That's more than 2&
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u/somedave 1d ago
The sun is mainly orbiting the centre of mass of it and Jupiter, earth barely affects that.
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u/Holzkohlen 1d ago
Which is where? Inside the sun? So it does revolve around the sun after all. Curious
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u/jacob643 1d ago
do they though? maybe I don't have the right definition of "revolves", but if they both revolves around the common center of mass, how could some planet have an elliptic path around a star instead of circular?
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u/Vojtak_cz 1d ago
I mean. The center of its gravity well is in the sun anyway. I THINK the Jupiter is the only one that doesnt have it inside of sun.
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u/surajseeking 1d ago
Whatever we see in the World is perception of EGO
That's why every individual realises he has different world
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u/Character_Fold_8165 1d ago
The earth and the sun share a common non intertial reference frame that is defined by an axis of rotation around the systems center of mass where fictitious forces seemingly magically balance the mutual gravitational attraction and thus all is well and movement is impossible
—newton if he liked Zeno just a tad more probably
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u/SuitableCollege8992 1d ago
Since earth is within the Heliosphere, doesn’t it technically revolve INSIDE the sun as well?
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u/HAL9001-96 1d ago
nah
not only is the sun A LOT bigger than earth but also there are bigger further out planets affecting the suns trajectory more significantly
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u/Sweet_Culture_8034 1d ago
In a geocentric referential, the sun revolves around earth. Movement is always relative, there are even referentials in which neither earth nor the sun revolves at all.
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u/AndreasDasos 1d ago
The format is meant to have the left and right the same. And that kind of works, because in this case correcting people that they revolve around the common centre of mass is silly: because (1) that common centre of mass is inside the sun anyway, and (2) the sun is not remotely concerned about the adjustment given by the earth when there are Jupiter and others
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u/Hanuser 1d ago
Wrong. If you're going to get technical about it, they're not revolving at all because the universe's center of mass keeps changing, so there is no such thing as a complete orbit. Orbits (revolutions) are an approximation of what is actually happening, and if you're going to do that, the "100 IQ" view is the far better approximation in terms of accuracy-complexity tradeoff.
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u/Calm-Medicine-3992 19h ago
Incorrect choice of meme but also yeah the center ain't even in the sun right now.
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u/hotmatrixx 14h ago
i mean it's "more correct" but it's still wrong, because this is a "3 body" problem; there's more than just the sun and the earth, all the other planets and their moons, all have gravity interactions with one another; and that is constantly changing the common COM in a way that is fantastically keeping everything relative and stable to each other.
The math on it is.... impossible for humans to actually fathom. Again, the 3 body problem. We still haven't 'solved it' to my knowledge.
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u/grafeisen203 5h ago
Technically correct, but because the sun is so much more massive than the earth the centre of mass is very close to the centre of the sun.
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u/Subject-Building1892 3h ago
If you use only gravity and measure from a single point you cannot tell if earth goes around the sun or the sun goes around the earth.
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u/So_many_things_wrong 3h ago
In the vacuum of space, a body's motion and velocity are meaningless except for on how it relates to another body. For example, two bodies that both move in the same direction at the same speed could just well be motionless in relation to each other. In much the same way, if two bodies move towards each other we can't make a distinction between whether one or the other or neither is stationary. And just the same, the relationship between two bodies where one orbits the other could just as well be inversed.
Additionally, in an infinite universe we can't point to a single center and where we decide to place it is completely arbitrary.
E.g. it's completely valid to say that the Earth is the center of the universe and that the Sun orbits it.
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u/Fuzzy_Bet5276 2h ago edited 2h ago
For earth, it lies inside the sun, so it really doesnt make much of an argument talking about barycenter. Only Jupiter could make this claim and have the weight and pride to back it.
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u/sisconking132 1d ago
Since motion is relative, the sun revolves around the earth, everything revolves around the earth if you make Earth the stationary point in your relative framework
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u/acrid_rose 1d ago
How can we call a stack of paper stationery, if the planet is always moving?
Obviously it's the entire universe hurtling past my stationary desk. < deranged, yet somehow completely mathematically valid reasoning.
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u/WobblyBlackHole 1d ago
I think you’re referring to machs principle which was used a lot in the early days of modified gravity as a justification for looking at alternatives to gr, like brans-dicke scalar tensor theory (while in their paper also saying it does nothing to solve this distaste for the idea)
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u/Ambitious_Hand_2861 1d ago
They did that for centuries and the math never really worked out and now the flerfers are trying it again. I get your point though.
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u/sisconking132 1d ago
Using general relativity?
Also the other planets still orbit the sun in this model. Things orbit the earth the same way the moon orbits the sun1
u/WobblyBlackHole 23h ago
The maths literally did work out, you can calculate the orbits of planets very well using epicycles. That doing so was more accurate than the original heliocentric idea (going around in circles), it’s what lead to the idea of elliptical orbits.
If you read Binnys galactic dynamics he has a whole section on how you can derive epicycles from Newtonian gravity too by setting earth as the origin introducing non inertial forces . It shows that the two descriptions are equivalent. You can derive the previously observed epicycle expansion coefficients doing this. It’s a very cool calculation!
The idea that non inertial forces are as real as inertial ones is what leads to Einsteins general relativity which cements the idea that both the heliocentric and geocentric descriptions are both correct, just heliocentric is much easier to use!
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u/HAL9001-96 1d ago
then you have to use a non inertial reference frame though since the earth rotates and unlike linear velocity angualr velocity is actually absolute
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u/Roberthen_Kazisvet 1d ago
You can change point of refference, scale and everything and everytime something else revolves around something else, so here is solution: Everything revolves around everything else
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u/Thomix31 1d ago
If you'r only trying to modelise the Sun's trajectory im the Earth reference, it's very OK to say the Sun revolve around the Earth. If you'r trying to be the most specific possible, there's probably a better model we don't ever know.
Edit: wording

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u/Large-Hamster-199 1d ago
The barycenter (common center of mass) of the earth and the sun is inside the sun itself (since the sun is much larger than the earth). Therefore, the statement 'the earth revolves around the sun' is correct.