What if (on missing gravity)

What if gravity comes out of the micro realm? If there was no macro
realm it would be easy to find its source. Reason for that is Planck
spacetime would show its location is the structure of all submicroscopic
particles,for like I theorise All submicroscopic particles are black
holes.They all have event horizons. They only emit gravitons. This
thinking came to me in 1972 after reading Shreck,and Schwartz paper on
the colossal gravitational force found in the micro realm This just
jumped to mind. Since gravitons are a submicroscopic particle they have
to be the heaviest particle in the universe. Is this thinking
telling me what the Planck mass is? Is this al;so showing Planck energy?
will this thinking bring me to show gravity is the creator of the other
3 forces? Bert

On Aug 11, 6:06 am, (G=EMC^2 Glazier) wrote:
What if gravity comes out of the micro realm? If there was no macro
realm it would be easy to find its source. Reason for that is Planck
spacetime would show its location is the structure of all submicroscopic
particles,for like I theorise All submicroscopic particles are black
holes.They all have event horizons. They only emit gravitons. This
thinking came to me in 1972 after reading Shreck,and Schwartz paper on
the colossal gravitational force found in the micro realm This just
jumped to mind. Since gravitons are a submicroscopic particle they have
to be the heaviest particle in the universe. Is this thinking
telling me what the Planck mass is? Is this al;so showing Planck energy?
will this thinking bring me to show gravity is the creator of the other
3 forces? Bert

Each atom has an event horizon of its strong force version of gravity.

This strong force of gravity has to be the core or submicro Plank BH
holy grail of what's keeping everything glued together, including dark
matter, dark energy, antimatter and thus responsible for having been
giving birth to all of those photons that by now populate our universe
by as much as 1e100 photons per atom.

~ Brad Guth Brad_Guth Brad.Guth BradGuth

Bert,
Following the logic that all particles have their
corresponding antiparticles, then the graviton's antiparticle must be
the leviton. Levitons want to pull stuff up, while gravitons want to
pull stuff down. So the question would be - how(/why) does mass cause
imbalance between levitons and gravitons, resulting in stuff being
pulled down? :-)

BG sed:

Each atom has an event horizon of its strong force version of gravity.

"From the mouths of babes" again. Specifically, each `proton` is a
microscale analog of a BH, replete with its own 'event horizon'. This
is a fundamental tenet of the CBB model. The pressure-driven flow of
the spatial medium into the proton's core constitutes the strong
nuclear force, and the self-same inflow more distally ("action at a
distance") causes the effect we call gravity. Herein lies unification
of gravity and the SNF.. as discussed here many, many times over the
years.
If you have a sufficiently large aggregation of
protons (as in an asteroid, moon, planet, sun etc.), the body is a
gravitating mass in its own right. Its gravity is the *collective* SNF
of its constituent protons. If the mass is sufficiently large to form
a BH, the BH actually becomes a "macro-proton" just as a proton is a
microscale BH analog. In this context it is analogous to a Bose-
Einstein condensate.

oc Never gave levitons much thought. Who came up with levitons? Never
heard gravity had a counter force. Bert

On Aug 11, 7:14 am, oldcoot wrote:
BG sed:

Each atom has an event horizon of its strong force version of gravity.

"From the mouths of babes" again. Specifically, each `proton` is a
microscale analog of a BH, replete with its own 'event horizon'. This
is a fundamental tenet of the CBB model. The pressure-driven flow of
the spatial medium into the proton's core constitutes the strong
nuclear force, and the self-same inflow more distally ("action at a
distance") causes the effect we call gravity. Herein lies unification
of gravity and the SNF.. as discussed here many, many times over the
years.
If you have a sufficiently large aggregation of
protons (as in an asteroid, moon, planet, sun etc.), the body is a
gravitating mass in its own right. Its gravity is the *collective* SNF
of its constituent protons. If the mass is sufficiently large to form
a BH, the BH actually becomes a "macro-proton" just as a proton is a
microscale BH analog. In this context it is analogous to a Bose-
Einstein condensate.

Perhaps artificially creating those antimatter BHs (protons of
antimatter) will help to uncover the holy grail of physics down to the
subatomic levels.

Can such an artificially created antimatter proton beget or attract
other antimatter protons on its own? (I guess we'll soon enough find
out)

~ Brad Guth Brad_Guth Brad.Guth BradGuth

On Aug 11, 3:46 pm, (G=EMC^2 Glazier) wrote:
oc Never gave levitons much thought. Who came up with levitons? Never
heard gravity had a counter force. Bert

The antimatter BH could be the "counter force", as a push rather than
a pull could be why so many photons get forever trapped at the event
horizon of a BH.

The BH event horizon could be where the pull of gravitons gets
nullified by the push of those pesky antimatter levitons.

~ Brad Guth Brad_Guth Brad.Guth BradGuth