Phx Lord Posted April 20, 2010 Posted April 20, 2010 If one were to harness the backward nature of antiphotons, such that: -(E) = -(m)(c^2) => -m = -(E)/(c^2) Would one create an anti black hole if one were to bestow this energy upon mass? An anti black hole either propelling mass away from itself, or crushing things into a singularity before they get close to it. Or both...
Severian Posted April 20, 2010 Posted April 20, 2010 But even better would be: [math]X_c^2 = \frac{5T_R}{\sigma_B} \Rightarrow -T_R = -\frac{1}{5} X_c^2 \sigma_B[/math] So we have limitless energy, with the only drawback being the world would overflow with custard.
khaled Posted April 22, 2010 Posted April 22, 2010 (( )) (( )) (( )) (( )) :::: ( ........ ( ** atoms ** ) electrons ) -------- particles ------------------- black hole --------- i hope someone explain if I'm wrong .., or right,
insane_alien Posted April 22, 2010 Posted April 22, 2010 khaled, no one knows what the hell you're saying
khaled Posted April 23, 2010 Posted April 23, 2010 maybe you should stop being mean to me everywhere, insane_alien
insane_alien Posted April 23, 2010 Posted April 23, 2010 well, i have requested that you explain what you're saying several times before as it is pretty difficult to make sense out of it. i suspect that there is something lost in translation but that doesn't explain all of it
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