elementary particles

Experiments in which entangled particles are measured whilst they are separated by considerable distance have demonstrated beyond all reasonable doubt that quantum behaviour is not limited by the speed of light. The effect of measuring one particle is exhibited by the particle with which it is entangled long before light has had time to travel between them. Experiments have demonstrated that the communication is as good as instantaneous, even when the particles are 400 kilometres apart.

There are a whole lot of observations which lead us to conclude that elementary particles exist, that all the elementary particles that exist conform to the Standard Model, and that the energetic universe is composed entirely of elementary particles. These particles have mass, charge, spin and a rate of decay.

Elementary particles are the persistent perturbations of space quantum systems, but are more than the sum of these perturbations

The primary phenomena we are concerned with in the domain of physics are very basic: space, particles, non-locality, gravity,  motion and the fact that symmetry is a good signpost for understanding the universe. For each of these phenomena, QO has an explanation that differs substantially from that of mainstream science.