Large Scale NonUniformity

A paper by:

RAdm. RM & Comm. DL Wey

COSR: SFS-SFC DCOSR: SFS-SFC

It has been an axiom of the disciplines of both physics and astronomy since the time of Johannes Kepler…That space is inherent with rotational symmetry. That is to say, that given a direction of rotation for an object [whether clockwise, or pole to pole], the measurements of the events within will be the same.

However, this axiom is being challenged as being fundamentally in error. It has been theorized that, measurements of light from distant objects [such as galaxies] vary depending on where the object is in the sky.

It is known that polarized light often twists as it moves through space, distorted by the gravitational, and electromagnetic fields [referred to as the Faraday effect]. Yet research being conducted asks whether other forces may contribute to this phenomenon.

To that end, galaxies which emit large quantities of synchrotron radiation [a polarized form of electromagnetic radiation] were observed. More than a hundred examples were found.

As a result, it was demonstrated that such light from neighboring galactic bodies exhibits an extra rotation…proportionate to its distance from the earth. Odder still is the finding that the amount of this rotation depends greatly on where in the sky these objects are.

As to what is the prime mover behind this phenomenon, further research will be needed to establish such concretely; However, it is possible that it is the result of some [as yet] unknown particle, or field.