Re: does mass emit waves at constant velocity?
From: ueb (Ulrich.Bruchholz_at_t-online.de)
Date: 09/13/04
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Date: Mon, 13 Sep 2004 19:44:35 +0000
Bilge wrote:
> alistair:
> [...]
> >when (c - Vs) To = 1
> >and c = Vs + frequency of emitted wave
> >In other words a mass emits a wave as it travels through space at
> >constant velocity.The slower the mass travels, the greater the
> >frequency of the
> >emitted wave.A mass at rest would emit the highest frequency.
>
> Write E = i\hbar d/dt and p = -i\hbar\grad. Use the relativistic
> energy and momentum, E^2 = p^2 + m^2 to obtain the wave equation.
>
Do you forget that these equations are based on an image ?
(Remember also the little derivation regarding Planck's constant ;)
- Mass does not emit waves. Mass draws a retarded potential,
that is included in metrics. Since mass is very constant, it is
pretty difficult to prove that. The results of my simulations
give indirect evidence with the seen particle numbers.
Ulrich
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