🚀 go-pugleaf

[THERMAL mass transfer]: Gerald L. O'Barr wrote: > -=-
> In <oPtJf.48922$dW3.25797@newssvr21.news.prodigy.com>
> >> I know they say a photon **doesn't** have a [REST] mass.
> Tom Roberts wrote: -=-SNiP-=- -=- eV/c^2. -=-
$$ The GUESS iSS test REST mass is, eM/c^2.      [Brackets mine.]

> Gerald L. O'Barr <globarr> comments: > -=-
> In SR [& GR], they have changed the meaning of the word, 'mass.'
[Conspiring with SOME economically-associated collaborates, etc.]

> Mass no longer means mass, as it is used in all other
> sciences.  In SR [and GR], they today only allow the word
> 'mass' to mean 'rest mass.'  Those in SR [and GR] are too weak
> to use mass the way everyone [General Science] else uses this
> word [mass]. 
 -=-
>  So a photon, never being at rest, still has to have
> mass, as it is defined in all other [GENERAL] sciences.
>  And a photon will always have such mass, since it is always
> moving. Therefore, a photon is a real particle of mass, as
> others [General Science] would say it.
>
> g...@hotmail.com wrote:
        > >> But do we know the amount of energy a single
        > >>photon can produce [as ABSORBED] and then use E=mc^2
        > >>thus [EQUiVALENT] m = E/c^2 [as ABSORBED mass.] -=-

$$               THERMAL mass transfer (Radiation light).
$$       A photon EMiTTED with energy h*f, subs ..h*f/c^2, mass.
$$       A photon ABSORBED with energy h*f adds ..h*f/c^2, mass.
$$       Think of this as you would poking MARBLEs through tube.
$$       [So ONE's Loss Marble is ANOTHER's gain, by increment].

$$              Fridge magnet = suction cup equation, next.
$$       Think of a Regrigerator Magnet as a Fridge Suction Cup.
$$       Each must do WORK in OVERcoming friction, or FALL down. 
$$       Refrigerator Magnet = Fridge Suction Cups of Trembling.

$$       Hope this helps, ```Brian A M Stuckless, Ph.T (Tivity).

> Tom [He between his error-bars] Roberts wrote: -=- 
> >E single photon has energy E=hv, where h is Planck's constant,
> >and v is the frequency [as MEASURED] of the [says Tom] source.
> >
-=- < < <deletes> > > Thanks for reading.
> Gerald L. O'Barr <globarr...@yahoo.com > Remove three dots
Re: is there a "theoretical" mass for a photon ???
Re: THERMAL mass transfer.                          End of POST.