"jughead" wrote in message
...
On Dec 13, 6:13 pm, "Darla" wrote:

What is actually manufactured constantly are quark-antiquark pairs.
If enough energy is involved, these might then become as
electron-antielectron pairs.
It takes far less energy to produce q-aq pairs than it does to produce
e-ae
pairs.

So there are q-aq pairs constantly appearing and then disappearing...

If my description above raises questions, then "shoot".

So.. you've drawn on the mainstream idea of sundry particle-
antiparticle pairs popping into existance and disappearing. The
unanswered question remains- popping into and out of *What*? Think of
gas bubbles in solution doing the same (say, in the cavitation trail
of a boat's propeller).Think of 'particles' as vacuoles or 'bubbles'
in an underlying medium. oc


The mainstream also knows that it takes far too much energy to have
particle-pairs popping in and out all the time.
Recent figures indicate that such levels of energy would only be available
at and near the event horizon of a black hole.

Quarks are not particles, and quark-antiquark pairs are not particle pairs.
It takes a lot less energy to facilitate the appearance of quarks.
Very little photonic energy is required because the wild quarks rely upon
their own energy field.
The wild quarks that cause gravitation are the missing link between energy
and matter.
They appear and disappear in what one might call "quarkomagnetic" energy.

The answer to the unanswered question is that quarks, such as they are, pop
into and out of the energy field, and it is their spin speed/frequency,
their velocity and their quantity that govern the strength of the
gravitational field.

Q-aq pairs head for matter like a horse who knows its on its way "home".
Hold on and enjoy the ride!

--
**** Darla
Be well and come... be welcome
You are the fifth star!