[davidgow77]

Hi folks,

I've just put my first TOE articler up for viewing. It's called "Identifying the Gravitational Constant" and can be found in the Physics section of the TOE Library. It may be of particular interest to those into vacuum mechanics, the origin of gravity and the philosopohy of space-time.

Kind regards

DG

[d p fitzpatrick]

Here on TOE Quest you were discussing the graviton.

Yes. there IS one.

BUT

When it's found it will be as stated below in this message (imo).


Daniel P. Fitzpatrick Jr



From message #17422 Theory of Everything Group

to Tony and Rolf again who stated


>>>>> > we can deduce Planck's length (Lp) as follows:
> > Lp = ((h/2pi). Gk/c3)^(1/2) [m]. (6)
> > This Lp could theoretically generate the lowest quantised work
> (Wq),
> > and this could be used to define the lowest quantum of
> gravitational
> > force (Fq). Here is the graviton.

This is too general.
The link to the Planck Scale is via the Zero-Point-Oscillator, given
in hfps/2=kTps/2=1/2e* as superbrane parameters (class HE(8x8)).>>>>


OK

But here's what I'm betting.

We are going to find a far SHORTER duration quantum of energy - than
h - in the realm of the quark.

I have this on my website web page (someplace).

In fact I was jubilant when the University of Alabama - link is on the website too - claimed that gravity could not be quantized because they saw a clearer picture of distant galaxies than they should have.

They didn't realize that the gravitational boson(graviton) is derived via the spin of the quark as is h-bar derived via the electron's spin change and h via the electron's orbital changes.


imo

Fitz
(z)