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Comments
| RandomFanguy #1118917 4 months ago |
I don't see any similarities, whatsoever. |
| Anonymous #1118947 4 months ago |
The top equation is nearly identical.
The rest is bullshit, and the bottom one is exceptionally bullshit. |
| Masem #1118961 4 months ago |
Pretty much that. The first equation is a core element of the theory. The rest *may* be based on other equations but clearly copied to look like relativity equations. |
| Anonymous #1119025 4 months ago |
I like how the end result is apparently "speed of light divided by gravity" |
| Impious #1119064 4 months ago |
I noticed that too, Anon. Speed of Light divided by Gravity... That sounds fun.
BEYOND THE IMPOSSIBLE!!! |
| B2C #1119077 4 months ago |
Anypony got the pic without the text? |
| Anonymous #1119088 4 months ago |
Clearly those formulae are for magical functions human science doesn't understand. |
| PonyRIG #1119092 4 months ago |
MATHS! NOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO!!!!!!! |
| Masem #1119107 4 months ago |
@B2C: http://www.ponibooru.org/post/view/146870 |
| Takino #1119390 4 months ago |
It's that new Ponyrithmatic and Alzebra that we haven't discovered yet.
Perhaps unicorns discovered the unified theory, and used it to wipe out humanity. Maybe that's where all the humans went. |
| mathprofbrony #1122910 4 months ago |
I officially and professionally declart this blackboard to be some pretty d*mn good background math, actually.
The last line seems to suggest that gt is about 1.17c, though, which probably means Twi was missing a factor. Nevertheless, this is pretty decent for a color frame. |
| Anonymous #1123303 4 months ago |
In this example, "g" is acceleration, not gravity. Doesn't matter whether you're falling towards a planet or accelerating in a spaceship.
All four are authentic. Top equation? Lorentz factor. (γ0, gamma-sub-zero) Remaining equations are for position x(t), velocity is v(t), and proper time is τ(t) assuming constant accelelration / flat spacetime. All she has to do is erase "=?" and to get c/g * (arcsinh(gt/c)), assuming she starts accelerating at t=0 and v=0, and her acceleration is constant. (And spacetime isn't too warped. If she's near a rotating black hole, she's gonna need general relativity.) |