/explore
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briankoberlein.com | ||
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www.davideaversa.it
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| | | | | As you probably know, I am working (slowly) on an astronomically accurate calendar generator. All the orbital calculations involved are quite challenging, and I am discovering a lot. It is a lot of fun (except for the all the times I need to do some trigonometric magic to make some formula work). Anyway, during this process, I am reshaping and producing many many formulas. I am sure that in six months I will forget all the motivations behind them. For this reason, I want to try to save some of them here. In this way, I will have a good place where to look back at my notes and, moreover, I can be useful to other people trying to do some low-accuracy orbital calculations. I want to start from the beginning: orbital period and orbital trajectory. | |
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nbodyphysics.com
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| | | | | I have developed an enthusiasm (aka weird obsession) forcelestial mechanics and developed several games and the Unity Asset Gravity Engine .In developing Gravity Engine I learned a great deal abo... | |
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www.psi.edu
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| | | | | Stars that pass by our Solar System have altered the long-term orbital evolution of planets, including Earth, and by extension modified our climate. | |
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www.universetoday.com
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| | | Two ESA spacecraft, Hera and Europa Clipper, are poised to fly through the long tail of interstellar comet 3I/ATLAS, a new paper finds. | ||
