$$ ^.
$$ Light in OTHERwise vacu.
$$ .."by 'c' you mean the speed of light [OTHERwise] in vacuum."
$$ .."by 'c' you mean the speed of light in [OTHERwise a] vacuum."
$$ ANY SPACE where light is (with LiGHT in it) is "a curved ..space".
$$ Note, ANY "flat space[TiME]" DOEs NOT have ANY LiGHT in it, AT ALL.
$$ ANY space or SPACE-time with "an object havin c" in it, isN'T FLAT.
$$ GR c is *PEGGED* at c ..there is NO AMBiENT in GR or Newton Tivity.
$$ ANY space/SPACE-time with a solar system in it isN'T FLAT or EMPTY.
[Brackets mine, ```Brian].
Xing Taipan wrote: > > Don Carluci wrote: > > Tom Roberts wrote: -=-
I don't know who "they" is that cannot answer. In the context
of GR this is easy to answer as long as I assume by 'c' you
mean the speed of light in vacuum.
insert ..see TOP of page, Tom [between his error-bars] Roberts, Ph.T.
my bad > >
i explicitely didnt said speed of light, but somthin else,
take an object havin c, a muon for instance > >
ANY space or SPACE-time with "an object havin c" in it isN'T FLAT.
now do tha same trick, explain what its
c close to 300000 km/s mean
is it in a flat space, a curved / contracted
space, is it measured, is it considered,
assumed, asserted? > >
insert ..see TOP of page.
what is it?
GR c is *PEGGED* at c ..there is NO AMBiENT in GR or Newton Tivity.
thay cant answer this unbulivable simple questn >
laaa laaa la laaa la ... > > >
[I don't know what you might mean by "contracted space",
so I ignore that.]
The speed of light in [OTHERwise] vacuum is indeed close to
300000 km/s in all laboratories on earth; specifically the
laboratory value is 299,792.458 km/s. Note that for all such
measurements the curvature due to gravitation can be neglected
[..in PRACTiCE, but NOT in THEORY], and this is the
[..OTHERwise] flat-spaceTIME value.
For all spaceTIME curvatures encountered in the solar system,
$$ Theoretically speaking..
ANY space/SPACE-time with a solar system in it isN'T FLAT or EMPTY.
```Brian.
-=- the speed of light is "close" to that value. Indeed, -=-
Tom [between his error-bars] Roberts
Re: unbulivable simple question thay cant answer for sure
Re: Light in OTHERwise vacu.
.
