New Concepts for SpaceTime and Corroborating Evidence from Torsion Field Research
| Scientific Paper | |
|---|---|
| Title | New Concepts for SpaceTime and Corroborating Evidence from Torsion Field Research |
| Author(s) | Donald Reed |
| Keywords | Torsion Fields |
| Published | 1998 |
| Journal | Journal of New Energy |
| Volume | 6 |
| Number | 1 |
| Pages | 22-24 |
Abstract
A bold new theory has surfaced pertaining to the structure of microscopic nature which, in junction with the recent findings of Russian research on torsion fields, has potential astounding implication for not only clarifying our understanding of the operation of vacuum-energy devices, but might shed fresh insight into many of the counter-intuitive features of quantum theory, such as the aspect of non-locality which accompanies quantum "entanglement". The theory in question is the brain-child of physicist Mark Hadley, who has taken a truly maverick position, claiming that contrary to widespread belief, quantum theory is a consequence of the Einstein theory of gravity, instead of vice-versa. Expanding on the Wheeler-Misner theory of charged particles conceived as wormholes -- distortions in the topology of space -- Hadley has taken this approach one important step further. Positing sub-atomic particles as kinks in the topology of space and time, this new theory views elementary particles as a region of space-time so intensely warped that it bends back upon itself like a knot. Such a knot necessarily contains a "closed time-like curve". This time-loop, which is also one of the puzzling features of general relativity, enables a particle to interact with other particles not only in its past but in its future. Consequently, a new way of looking at entanglement is that sub-atomic particles, by virtue of the time machines they contain, are not constrained by time. There is nothing to prevent instantaneous interactions between particles, no matter the distance between them.
This article aka "Torsion Field Research".
