Prev: Time flow is primary order
Next: JSH: Some history is the future
From: OsherD on 14 Nov 2009 23:32
From Osher Doctorow

If there are indeed 3 orthogonal axes in Euclidean or near-Eulidean
space accounting for the 4 Fundamental Interactions and the 5th
Repulsive Interaction, then we should see combinations papers
involving pairs of these axes in the arXiv literature. Before
proceeding, the situation from the previous posts can be summarized as
follows:

1) A repulsive (positive)-contractive (negative) Repulsion-Gravitation
axis exists, symbol x.
2) A repulsive (positive)-contractive (negative) Electromagnetic-Weak
Interaction axis exists, symbol y.
3) A repulsive (positive)-contractive (negative) Strong Interaction
axis exists, with Confinement increasing in the positive direction,
Asymptotic Freedom in the negative direction.

We do in fact have some literature in arXiv, especially on 1 related
to 2:

4) Gravitomagnetism has 36 papers in arXiv, from 1994 through 2009.
These include a 2009 paper in Phys. Rev. D by Bahram Mashoon and
Christoph Schmid.

As for the relationships between Weak or Strong Interaction and
Gravitation, there are few papers under keywords like "gravitation
strong" or "gravitation weak" or "weak interaction gravity" in which
the "weak" or "strong" refer to interaction, but the quality of the
authors if nothing else is suggestive of better possibilities. For
the Weak-Gravitation relationships, the results are:

5) Gravitation and Weak Interaction are at least explored in their
analogies in 2 arXiv papers in 2004 and 2003 by Leonardo Modesto of U.
di Torino Italy, who has 24 papers in arXiv especially on Loop Quantum
Gravity (LQG) and Fractal Physics. The Fermi theory of Weak
Interactions is involved, while on the Gravitation side scalar matter
interaction and perturbative Quantum Gravity are respectively
involved.

For the Strong-Gravitation relationships, there is one paper:

6) Gravitation and Strong Interaction are explored by Miroslav Sukenik
and Josef Sima in arXiv 1999 paper. They are in Slovakia.

Notice, by the way, that since the Weak Interaction is the negative
part of the x axis, whose positive part if Electromagnetism,
Gravitomagnetic theory directly or indirectly can be regarded as
involving the Weak Interaction also.

I will try to find more on the Strong Interaction versus Gravitation.
Note that the Strong Interaction is arguably the most complicated of
the Interactions even to put on spacetime axes, because of the
complications between Confinement and Asymptotic Freedom.

Osher Doctorow

 | 
Pages: 1
Prev: Time flow is primary order
Next: JSH: Some history is the future