Free neutron decay

The particle quanta described in this book are based on Morton Spears' particle quanta, used by him in his work on gravity. When Spears realized that the difference in mass between a proton and a neutron could be expressed as a ratio of 2177 to 2180, he drew the straight forward conclusion that the difference between a proton and a neutron must be exactly 3 particle quanta, 1 positive and 2 negative. Furthermore, the fact that the neutron has an overall neutral charge was interpreted to mean that a neutron consists of exactly 1090 positive quanta and 1090 negative quanta. The fact that the proton has a positive charge of 1 was interpreted to mean that it is composed of exactly 1089 positive quanta and 1088 negative quanta.

From this we can find out what the 3 remaining particle quanta may be by consider the phenomenon of free neutron decay, in which a neutron, removed from an atomic nucleus, decays into a proton, an electron and a neutrino within about 15 minutes.

Free neutron decay

One way of interpreting this is to assume that an electron consists of a single negative quantum, and the neutrino is an assembly of one negative and one positive quantum. However, the electron is generally understood to be larger than a neutrino. It's therefore logical to conclude that the electron is constituted of 3 particle quanta: 2 negative and 1 positive. The neutrino becomes in this way something separate from the original assembly. It must have come from the aether rather than the neutron. Being smaller than the electron, we can conclude that the neutrino must be a single neutral quantum.

We can further concluded that the neutron is not a fundamental particle, but an assembly of 1 proton and 1 electron. This assembly is only stable inside the atomic nucleus. This in turn leaves us with three stable particles. They are:

1. The proton
2. The electron
3. The neutrino

Left unaccounted for, we have the photon. However, once we consider the phenomenon of electron-positron pair production in light of what we have calculated so far, the constituent parts of the photon comes out clearly defined.