Saturday, February 13, 2016

LIGO Data Skewed to Einstein's Model

I have read the LIGO Interferometer results and conclusions which can be found at

With other papers at

It is easy to say "We found it" and dance around the room. But here there is no reference to magnetism or how the Zeeman effect would be involved. The LIGO interferometer is a Michelson laser based system and would be skewed by magnetism. This is not discussed in the paper on the findings. This is poor science, since a entire set of forces I.e. magnetism is not examined as a possible producer of these waves. Is it more likely, since the Earth is a rotating magnet, that these waves would be magnetic.

 The main issue with these gravity waves is they rely on gravity. No force has been found at CERN or the other colliders showing a force called gravity. This is a problem for the conclusions at LIGO since they are based on gravity. They have been looking for the force called Gravity for 70 years at those machines. It would have been the first force found since it is suppose to permeate the universe between objects.

Also after 400 plus years Gravity is still a 2 body equation. So technically it would have no effect on the Earth since it is just a 2 body equation. 

Wednesday, February 10, 2016

Axiom five: Dark Matter

1. Dark Matter are Gluons without information, magnetism, or rotation.
1.1 Dark Matter densities form lattices, clumps, and other non-uniform shapes.

2. Dark Matter exists outside magnetic fields only.
2.1 When a magnetic field comes into contact with Dark Matter it excites the Gluons with information.
2.2 This simple magnetic excitation causes three Gluons to form triplets and start rotating.
2.3 This single triplet in rotation is a Baryon creating magnetism, electricity, electromagnetism and density oscillations.

3.1 Dark Matter is repelled by Magnetic Fields.
3.1.1 Dark Matter cannot exist within a magnetic field.
3.2 Dark Matter insulates / compresses electric current in open space.
3.3 Dark Matter has no effect on electromagnetism.