超光速虚质理论
原创 网恋无罪 9/23/2011
光速不可超越的理论是可以修正的, 如果允许质量是其速度的复变函数。在速度接近光速时,质量趋于零,那么可以用有限的能量把微中子加速到光速。在超过光速时质量出现虚数值,那么可以用有限 的能量把微中子加速超过光速的。在这个过程中许质量随其速度趋于零(跨光速时),然后进入复变空间 (超过光速后)有限的实质量和虚质量。
According to special relativity, the energy of an object with rest mass m and speed v is given by γmc2, where γ is the Lorentz factor γ = 1/sqrt(1 − v**2/c**2), where v is the speed of the object, c is the speed of the light.
E=γmc2. In general, as v -> c, γ->infinity (divide by zero), E->infinity, impossible, for the general case when m is CONSTANT.
But what if m is not a constant, with m approaching zero as speed v approaching c, m ->zero as v->c, such that E=γmc2 is bounded, that is, a finite amount energy, not an impossible!!. So, v=c may be possible.
As for v>c, Lorentz factor defined γ = 1/sqrt(1 − v**2/c**2) is complex value, in fact is a pure imaginary value γ = -1/sqrt(v**2/c**2-1 )i . To make E real value, we have to allow m takes on complex value, in fact a pure imaginary amount. And who says mass MUSTbe real value? So if we allow imaginary mass, then it is possible that v>c
( When v>c, γ = 1/sqrt(1 − v**2/c**2) is a complex value, euqal to -1/sqrt(v**2/c**2-1 )i. if we let m=Mi, then E=γmc2=-1/sqrt(v**2/c**2-1 )i*Mi*c2=1/sqrt(v**2/c**2-1 )Mc2, a real value ! )
http://en.wikipedia.org/wiki/Speed_of_light