It cannot. Therefore, it must move much faster than c.
When gravity moves at the speed of light?
Starmaker: Spoken like a true relativist! It can't flow out since it
doesn't have the velocity, but nice try!
On Fri, 1 Nov 2024 0:35:07 +0000, LaurenceClarkCrossen wrote:
It cannot. Therefore, it must move much faster than c.
Actually, it's an energy thing, and particles that travel
faster than light lose energy the faster they go, so FTL
doesn't make it out either.
Perhaps there are other reasons than that. There is some
dithering about WHERE all the matter is. As matter approaches
a BH, we, far away, see time slowing down for it and time stops
at the event horizon ... so it never makes it inside the BH:> it all piles up there just outside the surface.
When gravity moves at the speed of light?
Starmaker: Spoken like a true relativist! It can't flow out since it
doesn't have the velocity, but nice try!
Consider the case when vr = 0 and vt^2/c^2 = rs/2r. The mass
is in orbit around the BH at r = 1.5rs and time is frozen from
the distant observer's perspective, which is strange: how can
it orbit if it's frozen ...
its not about flowing, at the event horizon, the object is
accelerated to c and as a result time stops.
from your perspective, you are looking at all the mass as it was
in the past, but from the masses' perspective, it has already
crossed the horizon.
W dniu 01.11.2024 o 14:14, gharnagel pisze:
Consider the case when vr = 0 and vt^2/c^2 = rs/2r. The mass
is in orbit around the BH at r = 1.5rs and time is frozen from
the distant observer's perspective, which is strange: how can
it orbit if it's frozen ...
Simply: fantasy worlds
imagined by some idiots
can behave very strangely indeed.
But how about a distant observer moving wrt
the one you specified? Is the mass frozen for
him as well,
poor halfbrain?
On Fri, 1 Nov 2024 13:42:49 +0000, Maciej Wozniak wrote:
W dniu 01.11.2024 o 14:14, gharnagel pisze:
Consider the case when vr = 0 and vt^2/c^2 = rs/2r. The mass
is in orbit around the BH at r = 1.5rs and time is frozen from
the distant observer's perspective, which is strange: how can
it orbit if it's frozen ...
Simply: fantasy worlds
Nothing is more fantastic than someone who asserts that time
didn't exist before humans invented it :-))
imagined by some idiots
SLANDER! Wozniak is SLANDERING for no valid reason at all!
can behave very strangely indeed.
But how about a distant observer moving wrt
the one you specified? Is the mass frozen for
him as well,
The scenario about which Wozniak has chosen to express his
ignorance is a tangential velocity, not a linear one.
W dniu 01.11.2024 o 17:24, gharnagel pisze:
On Fri, 1 Nov 2024 13:42:49 +0000, Maciej Wozniak wrote:
W dniu 01.11.2024 o 14:14, gharnagel pisze:
Consider the case when vr = 0 and vt^2/c^2 = rs/2r. The mass
is in orbit around the BH at r = 1.5rs and time is frozen from
the distant observer's perspective, which is strange: how can
it orbit if it's frozen ...
Simply: fantasy worlds
Nothing is more fantastic than someone who asserts that time
didn't exist before humans invented it :-))
And still I've provided more than 40 examples
of times that for sure didn't exist before
humans invented them.
imagined by some idiots
SLANDER! Wozniak is SLANDERING for no valid reason at all!
Nope, poor trash.
It is not false.
My alleged booze - is.
Of course, it's no surprise that
you're too stupid to distinguish
an insult and a slander. Anyway,
speaking to relativistic scum
sadly made me partially descending
to its level.
can behave very strangely indeed.
But how about a distant observer moving wrt
the one you specified? Is the mass frozen for
him as well,
The scenario about which Wozniak has chosen to express his
ignorance is a tangential velocity, not a linear one.
And? Is the mass frozen for such
observer or not? No answer? Sure.
Slandering is easy, answerring
questions is not, right, poor trash?
On 10/31/2024 06:58 PM, gharnagel wrote:
On Fri, 1 Nov 2024 0:35:07 +0000, LaurenceClarkCrossen wrote:
Perhaps there are other reasons than that. There is some
dithering about WHERE all the matter is. As matter approaches
a BH, we, far away, see time slowing down for it and time stops
at the event horizon ... so it never makes it inside the BH:
it all piles up there just outside the surface.
The surface isn't stable due to quantum mechanics, it's
changing, moving back and forth, so some of the matter inside
that formed the BH in the first place is sometimes outside
the surface.
Of course, the physicists wave their arms and say spacetime is
curved, as if that explains everything.
Actually, this is an interesting question because just think
about matter falling into, say, the core of a neutron star.
It gets compressed more and more, quantum pressure fighting
against compression until, finally, the event horizon is
outside a sufficiently-compressed core radius. After that,
no more can get in and it piles up in an accretion disk.
Another thought: the ekpyrotic theory says that the Big Bank
was initiated by a quantum interaction with an adjacent
brane, and such interactions would have a gaussian distribution.
Perhaps the peak of the distribution was able to form a BH
instantaneously. How big would that be? And would only ONE
peak be formed? I think not. Maybe most of the galaxies
were formed by multitudes of gaussian distributions and that's
why most galaxies have a supermassive BH at their centers.
Galaxies don't need super-massive black-holes at their
center, though it makes sense if they do, as with regards
to that a galaxy is basically a free-rotating frame and
doesn't have the centrifugal/centripetal as with regards
to why it holds itself together by not falling apart.
It's not much accelerating/decelerating any more, ....
Eka-mercury, eka-lead, ....
On Fri, 1 Nov 2024 19:30:09 +0000, Maciej Wozniak wrote:
W dniu 01.11.2024 o 17:24, gharnagel pisze:
On Fri, 1 Nov 2024 13:42:49 +0000, Maciej Wozniak wrote:
W dniu 01.11.2024 o 14:14, gharnagel pisze:
Consider the case when vr = 0 and vt^2/c^2 = rs/2r. The mass
is in orbit around the BH at r = 1.5rs and time is frozen from
the distant observer's perspective, which is strange: how can
it orbit if it's frozen ...
Simply: fantasy worlds
Nothing is more fantastic than someone who asserts that time
didn't exist before humans invented it :-))
And still I've provided more than 40 examples
of times that for sure didn't exist before
humans invented them.
And still that's irrelevant
Those who earn Nobel prizes are NOT idiots.
My alleged booze - is.
Of course, it's no surprise that
you're too stupid to distinguish
an insult and a slander. Anyway,
speaking to relativistic scum
sadly made me partially descending
to its level.
See? Wozniak goes for personal attack, every time.
can behave very strangely indeed.
But how about a distant observer moving wrt
the one you specified? Is the mass frozen for
him as well,
The scenario about which Wozniak has chosen to express his
ignorance is a tangential velocity, not a linear one.
And? Is the mass frozen for such
observer or not? No answer? Sure.
Slandering is easy, answerring
questions is not, right, poor trash?
:-)) There he is, looking really, really stupid again. And
slandering again, too! If he doesn't understand the difference
between linear and circular motion,
When gravity moves at the speed of light?
W dniu 02.11.2024 o 02:06, gharnagel pisze:
On Fri, 1 Nov 2024 19:30:09 +0000, Maciej Wozniak wrote:
And still I've provided more than 40 examples
of times that for sure didn't exist before
humans invented them.
And still that's irrelevant
Sure, 40 examples of grey elephants are irrelevant
when an idiot simply KNOWS elephants are purple.
Those who earn Nobel prizes are NOT idiots.
Often. Usually.
See? Wozniak goes for personal attack, every time.
Sadly, talking to scumbags like you and
your fellows I have to descend to
your level; but that's only partially,
I'm not descending to slandering.
And? Is the mass frozen for such
observer or not? No answer? Sure.
Slandering is easy, answerring
questions is not, right, poor trash?
:-)) There he is, looking really, really stupid again. And
slandering again, too! If he doesn't understand the difference
between linear and circular motion,
Yes, I do.
So, s the mass frozen for such
observer or not? No answer? Sure.
Slandering is easy, answerring
questions is not, right, poor trash?
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Le 02/11/2024 à 17:11, M.D. Richard "Hachel" Lengrand a écrit :
Le 02/11/2024 à 11:54, Mikko a écrit :
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Nothing can come out of a black hole.
Not even a photon.
But a graviton, yes.
A graviton is mean.
When it wants to come out, it comes out.
Nothing is stronger that Dr Hachel/Lengrand's stupidity and ignorance when they
decide to express their ridiculousness by words, said or written.
Le 02/11/2024 à 11:54, Mikko a écrit :
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Nothing can come out of a black hole.
Not even a photon.
But a graviton, yes.
A graviton is mean.
When it wants to come out, it comes out.
On Sat, 2 Nov 2024 7:22:13 +0000, Maciej Wozniak wrote:
W dniu 02.11.2024 o 02:06, gharnagel pisze:
On Fri, 1 Nov 2024 19:30:09 +0000, Maciej Wozniak wrote:
And still I've provided more than 40 examples
of times that for sure didn't exist before
humans invented them.
And still that's irrelevant
Sure, 40 examples of grey elephants are irrelevant
when an idiot simply KNOWS elephants are purple.
Yep, Wozniak still knows his marijuana.
:-)) There he is, looking really, really stupid again. And
slandering again, too! If he doesn't understand the difference
between linear and circular motion,
Yes, I do.
So what is the difference?
Le 02/11/2024 à 17:11, M.D. Richard "Hachel" Lengrand a écrit :
Le 02/11/2024 à 11:54, Mikko a écrit :
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Nothing can come out of a black hole.
Not even a photon.
But a graviton, yes.
A graviton is mean.
When it wants to come out, it comes out.
Nothing is stronger that Dr Hachel/Lengrand's stupidity and ignorance
when they decide to express their ridiculousness by words, said or written.
And Harnagel is still slandering.
Nothing unexpected from a piece
of relativistic shit.
Linear motion is linear and circular
motion is circular.
So, is your mass frozen for such
observer or not? No answer? Sure.
Slandering is easy, answerring
questions is not, right, poor trash?
On Sat, 2 Nov 2024 16:45:42 +0000, Maciej Wozniak wrote:
And Harnagel is still slandering.
Nothing unexpected from a piece
of relativistic shit.
Wozniak so easily "slanders" others:
"That's just the effect of taking the inconsistent
mumble of an insane idiot"
But he is SO offended when he is taken to task. It's called
"hypocrisy" and Wozniak is a big-time hypocrite.
Linear motion is linear and circular
motion is circular.
Those are tautologies, which says nothing at all.
is typical Wozzie's vacuous mind. He believes that
saying A = A and B = B gives him some right to demand
an answer.
Le 02/11/2024 à 11:54, Mikko a écrit :
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Nothing can come out of a black hole.
Not even a photon.
But a graviton, yes.
As graviton is neither an observed nor a theoretical particle it
is far from clear what it can do. Anyway, virtual particles used
in quantum field theories can travel faster than light and
backwards in time, which is sufficient for escaping a black hole.
Mikko
In a theory of fall gravity, the atom is the graviton.
Then there's a notion of the force according to
the "ultramundane supertachyonic" particles,
"gravitinos", that space is white holes everywhere
and that space exists.
The graviton as "super-unification-energy-larger-collider -gigaelectronvolt-gives-mass", is a bit simplified in a
theory merely of gravity itself, that's where the
"large hadron" is yet a sort of super-symmetric particle,
of the atom and self-same graviton, it's own virtual partner,
in case it wasn't clear the high/medium/low milieus of
the super-symmetry in physics.
In a theory of fall-gravity, the graviton is the atom,
its mass is attributed to its substance, and the force
carrier is also what it is, or as with regards to it
being the force mover as it were, with fall-gravity a
sort of Fatio/LeSage quantum-spin-foam shadow-gravity
super-gravity.
Rien. Nothing. It means nothing.
Ross is a kind of joke, I guesss.
On 2024-11-02 16:11:21 +0000, Richard Hachel said:
Le 02/11/2024 à 11:54, Mikko a écrit :
Gravity does not escape a black hole. There was gravity already
when there was no black hole. The gravity of the matter does not
disappear when that matter becomes a black hole.
Nothing can come out of a black hole.
Not even a photon.
But a graviton, yes.
As graviton is neither an observed nor a theoretical particle it
is far from clear what it can do. Anyway, virtual particles used
in quantum field theories can travel faster than light and
backwards in time, which is sufficient for escaping a black hole.
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