<p>Only for Sun, Earth and Mars, but here's an interactive Flash that illustrates it graphically. Third link from the top <em>"Part I, Equivalence of Hypotheses (Flash)"</em> Note that the planets don't move as you move the mouse over the image, only the circles (the theory) change.
<a href="http://science.larouchepac.com/kepler/newastronomy/part1/MegaEquivalence.swf" rel="nofollow">http://science.larouchepac.com/kepler/newastronomy/part1/MegaEquivalence.swf</a> for the animation. More generally: <a href="http://science.larouchepac.com/kepler/newastronomy/" rel="nofollow">http://science.larouchepac.com/kepler/newastronomy/</a>
(And I don't know or care who that LaRouge Pacman is, some rich guy for some reason financed good explanations of what Kepler did, that's what I know about it and that's all very good)</p>

<p>If you move the mouse pointer to the upper left you get the heliocentric system. To the upper right you get the geocentric system. The point is to illustrate how Kepler proved that Ptolemy, Copernicus and Tycho all had the same mathematical model for the solar system. They just used different frames of reference to it, just choosing different fixpoints from where to view it.</p>

<p>Some dots in the illustration represent important points in that ancient model. Some of them are stand-ins for the foci of an ellipse in a model made out of perfect circles. And the Sun was actually not the center of the Copernican model, a point near the Sun was. According to Copernicus the Sun was just a decoration which randomly happened to hang around near the center. Kepler was the first to come up with the thought that maybe there is a relationship between the geometry and the physical existence of stuff. An idea later developed to the theory of gravity by Newton and Einstein, who just added to Kepler's initial formula for describing the movements of the planets.</p>

CC BY-SA 3.0
2015-07-20T11:56:31.257Z
It would look the same, from Earth. This was understood since thousands of years. The effective argument against heliocentrism was that if the Earth moves, then we should feel it, as we feel that we move when we fall or ride on a horse's chariot. So obviously Earth doesn't move. Geocentrism gave the same prediction and was a simpler theory, so it was prefered.
LocalFluff
CC BY-SA 3.0
2016-03-17T18:45:17.673Z
Very nice animation
Geremia
CC BY-SA 3.0
2015-05-21T01:16:10.073Z
2016-03-17T18:59:32.807Z
2016-03-17T18:59:32.807Z
LocalFluff
<p>If I fix the Earth as the center of the solar system, what would this look like? Are there any good images? How complex is this system?</p>

CC BY-SA 3.0
2015-05-20T14:14:37.183Z
Look up a video series on youtube by "CoolHardLogic" called "Testing Geocentrism" He spends a lot of time demonstrating the complexity if you took geocentric claims at face value.
asawyer
CC BY-SA 3.0
2015-05-20T17:48:58.323Z
Great answers. I find the video you say (https://www.youtube.com/watch?v=wyRJZbNmC7U). About 10:26 it show how this system look like!
Rodrigo
CC BY-SA 3.0
2015-05-20T17:51:26.160Z
Do anyone know a good image? I want to print it like a joke! Well, the geocentric model IS TRUE!!!! But it cause a really mess to the classic solar system!
Rodrigo
CC BY-SA 3.0
2015-07-20T11:59:19.437Z
I want to annoy everyone with saying that we DO use epicycles today and Galileo was the first one to observe them, around Jupiter. Moons...
LocalFluff
<solar-system><geocentrism>
How would the solar system look in a Geocentric model?
Rodrigo
# How would the solar system look in a Geocentric model?

(Asked by: username_0 on 2015-05-20)

If I fix the Earth as the center of the solar system, what would this look like? Are there any good images? How complex is this system?

**Tags:** solar-system, geocentrism

> **Comments:**
> **username_1**: Look up a video series on youtube by "CoolHardLogic" called "Testing Geocentrism" He spends a lot of time demonstrating the complexity if you took geocentric claims at face value.  
> **username_0**: Great answers. I find the video you say (https://www.youtube.com/watch?v=wyRJZbNmC7U). About 10:26 it show how this system look like!  
> **username_0**: Do anyone know a good image? I want to print it like a joke! Well, the geocentric model IS TRUE!!!! But it cause a really mess to the classic solar system!  
> **username_2**: I want to annoy everyone with saying that we DO use epicycles today and Galileo was the first one to observe them, around Jupiter. Moons...  

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## 1 answers

### Answer by username_2 on 2015-05-21. Score: 2

Only for Sun, Earth and Mars, but here's an interactive Flash that illustrates it graphically. Third link from the top *"Part I, Equivalence of Hypotheses (Flash)"* Note that the planets don't move as you move the mouse over the image, only the circles (the theory) change.
<http://science.larouchepac.com/kepler/newastronomy/part1/MegaEquivalence.swf> for the animation. More generally: <http://science.larouchepac.com/kepler/newastronomy/>
(And I don't know or care who that LaRouge Pacman is, some rich guy for some reason financed good explanations of what Kepler did, that's what I know about it and that's all very good)

If you move the mouse pointer to the upper left you get the heliocentric system. To the upper right you get the geocentric system. The point is to illustrate how Kepler proved that Ptolemy, Copernicus and Tycho all had the same mathematical model for the solar system. They just used different frames of reference to it, just choosing different fixpoints from where to view it.

Some dots in the illustration represent important points in that ancient model. Some of them are stand-ins for the foci of an ellipse in a model made out of perfect circles. And the Sun was actually not the center of the Copernican model, a point near the Sun was. According to Copernicus the Sun was just a decoration which randomly happened to hang around near the center. Kepler was the first to come up with the thought that maybe there is a relationship between the geometry and the physical existence of stuff. An idea later developed to the theory of gravity by Newton and Einstein, who just added to Kepler's initial formula for describing the movements of the planets.

> **Comments:**
> **username_2**: It would look the same, from Earth. This was understood since thousands of years. The effective argument against heliocentrism was that if the Earth moves, then we should feel it, as we feel that we move when we fall or ride on a horse's chariot. So obviously Earth doesn't move. Geocentrism gave the same prediction and was a simpler theory, so it was prefered.  
> **username_3**: Very nice animation  

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