My equations predict the maximum speed achieved
by the protons in CERN. Let us verify the same. Maximum,speed achieved by the proton in CERN v= 99.9999991% times the speed of light is the CERN observation. SPEED OF LIGHT = 299792458m/s Therefore , according to my equation maximum theoretical speed of
proton
v= (c-2)m/s or (299792458-2)m/s =299792456m/s
Let us divide this by c ie 299792456/299792458 = 0.999999993c=99.9999993% times the speed of light. You find the 1 in place of 3 in the last digit,the discrepancy actually is the detection error of CERN
Now let us try ( c-0.1) and (c-1)
Case1
try ( c-0.1)/c *100 =99.9999997 the speed of light
Case2
try and (c-1)/c *100=99.9999996% the speed of light
Actually my equation is
[(NX )² ― {(N―2)X²]=4(N―1)X² is identical to any of the special relativity equations like ( tc)²―( tv)²= (t′c)² Hence N stands for c, X for t and maximum of v is inevitably (c-2)m/s and 4(N―1)X is(t′c)² Let me do a brief explanation here.We are sure v tends to a maximum value,which we may call it max.of v.Inevitably therefore,there is a finite maximum of t.We should also heed Dirac’s advice,God has used mathematics in designing nature.
The speed of the proton in the CERN have not exceeded (c-2)m/s ie 299792456m/s.Hence one may be able to calculate the relativistic mass which is finite and from mathematics ,ie [(NX )² ― {(N―2)X²]=4(N―1)X² rather than depend on SRT equations.
These calculations are faulty as particles can exceed (c-2)m/s but definitely less than c m/s provided they are real. My theory is only applicable to m>1 kg, t>1s and below it, Einstein is absolute.
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