Re: How can gravity itself escape a black hole?

On 11/03/2024 08:32 AM, Richard Hachel wrote:

Le 03/11/2024 à 15:01, Mikko a écrit :

>
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

>
Ce n'est pas ce que dit le docteur Richard Hachel, dont il est dit : "La
grosseur de sa bite entrainait l'épouvante".
Il dit textuellement:
"Va donc exister une vitesse limite infranchissable qui va s'étendre à
toutes les particules et à toutes les lois de la physique".
>
  La question est : "mais qu'est ce qu'il se passe sur les forums de
physique internationaux pour que ce soient les anti-hachéliens qui
sortent leurs masturbations publiques avec éjaculations filmées?"
>
Les gravitons "méchants" et les photons "gentils".
>
Et mes couilles, elles sont gentilles ou méchantes? Elles mordent.
>
R.H.
>

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.