On Mar 3, 8:31=A0pm, Igor
> On Mar 2, 12:53=A0am, Koobee Wublee
>
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> > On Feb 25, 7:47 am, Tom Roberts wrote:
>
> > > The best model we have for the propagation of light near a massive
> > > object like the sun is GR, in which the curvature of spacetime is the
> > > important aspect in determining the path light follows. And it agrees
> > > with measurements to part-per-million accuracy over an enormous range.=
>
> > First, derive a set of geodesic equations a massed particle traveling
> > at high speed near the sun. =A0Then, gradually reducing the mass to zero=
> > and increasing the speed to c, do you see a discontinuity at mass =3D 0
> > and speed =3D c?
>
> > As you know, the geodesic equations are independent of mass. =A0What
> > does that tell you when the model predicts a 1x deflection traveling
> > at speed just a hair below c and suddenly jumps to 2x deflection at
> > speed =3D c?
>
> It tells us that they are completely exclusive cases.
exclusive cases ?? (:-)
nice we are doing some progress!!
now if exclusive...
why not doing a little further step:
if the photon is an exclusive case
why should it not be the only mass that can move at c ??
(:-)
and you see as well that while masses are being s,aller
they can reach CLOSER AND CLOSER TO c !!
so
why not at a limit case not to reach exactly c ??
and i still didnt mension that
in E photon =3D hf(it id
6.6 x 10- ..... times 1 kilogram times 1 meter ^2/1 second !!
so if my eyesight is not wronn i see
even through my eyeglasses the KILOGRAM there
do you have any idea what is that **Kg* doing there?
do you have an idea how a physics formula is built
and used ???....
that h is is hiding something
for peoe who didnt use their own mind
even theoretically ........
now again
dont please forget who told you that the first time
ATB
Y.Porat
-------------------------
=A0But I do
> understand that YOU can't go there. =A0Hell, you're still working on
> transforming algebraic domains. =A0By the way, how's that coming along?
> Made any real progress lately? =A0Have reached the level of an eighth
> grader yet?- Hide quoted text -
>
> - Show quoted text -