Proof That Photons are Dielectric?

The discovery that photons can be made to stick together goes a long way towards proving that photons are dielectric. After all, it is in the nature of dielectric matter to interact and form structures.

Three photons sticking together

This was the hypothesis that I started out with when I developed my Velcro Theory of Physics during the summer of 2017.

My thinking was that if gravity is an electrical phenomenon, photons would have to be dielectric in order to be affected by it. They would have to consist of an electrically positive and negative part.

From this premise, I developed the entire theory.

An interesting benefit of this theory is that there's no longer any need to bend space in order to explain why light is affected by gravity. Gravity is merely acting on photons in the same way that it is acting on ordinary matter.

Gravity is explained in the Velcro theory as the consequence of a tiny imbalance in the electric force. While negative on positive attraction is equally strong as positive on positive repulsion, negative on negative repulsion is slightly weaker. This produces a net attracting force between electrically neutral objects.

If photons are dielectric, they are just as much affected by this as ordinary matter. The only type of matter that is not affected by gravity is the neutrino. The neutrino is the carrier of the electric force, and hence also the carrier of the gravitational force. It is not itself affected by these forces.

The dielectric photon