Universal Oscillation - Force Fields

[Ian Weinberg]

Introduction

The hypothesis of Universal Oscillation has been proposed previously on ToeQuest. In summary, it has been postulated that the universe rotates with an angular velocity in the peri-luminal range. Acceleration and mergence with the singularity is driven by the absorption of Dark Energy while deceleration and return to relativistic mass results in an energy emission and contribution to the Dark Energy pool. The Dark Energy pool can therefore be viewed as the resultant accumulation of all absorption and emission activity since the origin of the process. The energy contributors to the Dark Energy pool can be summarized as follows:

1. Mass emission on return to the relativistic milieu
2. Kinetic energy of mass, previously accelerating, returning to the relativistic milieu

No distinction is made between macro-bodies and subatomic particles. In terms of this definition therefore, subatomic emission from accelerating bodies gives rise to electromagnetic emission while macro-body emission analogously would give rise to gravitational-type waves.

The Characteristics of Dark Energy

The characteristics of Dark Energy would need to support the following universal observations:
1. Incorporate the properties of space-time
2. Provide the appropriate medium for electromagnetic transmission
3. Remain static or devoid of angular velocity relative to rotating universal bodies

In this way Dark Energy at the interface with oscillating mass receives kinetic energy emission and imparts a similar magnitude of energy in an equal and opposite manner thereby contributing to the mass acceleration. Therefore Dark Energy can be seen to accelerate subatomic particles as well as macro-bodies in terms of rotation and linear translation.

Implicit in this hypothesis is a possible explanation for electro-magnetism - the acceleration of mass (electrons) under the influence of the absorption "field" of greater mass (nuclear protons), the emission energy and kinetic energy of accelerating electrons would result in an opposite force elicited from the Dark Energy milieu (magnetic force) driving parallel oriented electrons. Similarly, the transmission of electromagnetic waves through Dark Energy reflects the propogation of vectors of interface electron energy emission, supported by an interference process within the energy-rich milieu.

While the Dark Energy-mass interface reflects equal and opposite forces, overall space-time would be stretching as a result of accumulative universal emission into the Dark Energy milieu as well as the effects of universal centripetal-centrifugal forces.

Summary

The proposed properties of Dark Energy may be seen to support the expansion of space-time, mediate the rotation and linear translation of macro-bodies and subatomic particles as well as supporting interface electromagnetism and electromagnetic transmission.

References

Contopoulos, I. and Basilakos, S. (2008), The tension of cosmological magnetic fields as a contribution to dark energy, J. Astrophysics and Astronomy