i hate to stir a hornet's nest, but...
guys, i KNOW time and space does not exist... but i am not qualified to give a mathmatical proof... maybe you can help me out...
IF:
e=mc^2
THEN:
Joules=kg*((3*10^8)*m/s)^2
J=kg*(9*10^16)*m^2/s^2
s^2=kg*(9*10^16)*m^2/J
s=sqrt(kg/J)*m*(3*10^8)
****excuse any mathmatical errors... the theory should work independently****
THEREFORE:
AS: m=0::s=0
AS: kg=0::s=0
AS: J approaches 0 :: s approaches infinity
AS: J approaches infinity :: s approaches 0
IF:
time (s) exists and space (m) exists
IF:
matter/energy cannot be created or destroyed
THEREFORE:
we can surmise, in an finite universe (finite quantity of mass-energy[sqrt(kg/J)]), there is a finite quantity of time...
THEREFORE:
finite space
THEREFORE:
at "Time-Zero" (bigbang theory) there was a ratio of kg/J where kg approximated 0 and J approximated the highest finite quantity of energy possible...
THEREFORE:
at "Time-End" the ratio turns around to kg approximates the highest finite quantity and J approximates 0...
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also... does this mean that a proton, accelerated to the speed of light, becomes pure energy?... does this mean that light, stripped of it's speed, becomes mass?...
then what is a particle which moves half the speed of light?... what moves twice the speed of light?...
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awfully complicated... but... what if time and space do not exist?... then that formula would be reduced to the following:
e=mK
WHEREAS:
K=universal constant (9*10^16)
THERFORE:
J=kg*K
IF:
kg=1
THEN:
J=1*K=(9*10^16)
THEREFORE:
90 quadrillion joules of energy are contained in one kilogram of mass... as the amount of mass approaches zero, the amount of energy approaches zero... DUH!... there is no need to involve time at all... one proton (mass 1.627*10^-27) contains 1.5048*10^-10 joules of energy...
in a nuclear fusion, suposedly 7% of mass is converted to energy... the two protons have less mass together than appart... energy is released...
space and time need not apply...