Alright /g/, /sci/ fag here.

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So lately I've been working on a new Mathematical Theory that works kind of like a reverse butterfly affect. I won't dive too deep into explaining it because I'm not even that great at putting together the foundation of it in professional terms. I'll just cut to the chase and tell you what's up:
Basically we may have found a way to view a window of time reversion via computation power. This would allow us to, say, observe the matter left over in a fossil or long decomposed body, and reverse said decomposition process with already known knowledge and reconstruct the genome of said already decomposed creature. As you can imagine, this would make the largest break throughs in mathematics, law enforcement, paleontology, Air Force and Naval intelligence, etc.

What I need to know is how much computing power it would take to work a nonlinear equation backwards, unraveling itself into a much longer and more complicated equation that would set up other events if worked out.

If you could at least put what I'm asking into better words with what I've given you that'd help out a lot too, because the hardest part in developing my theory has been with communication.