PART IV PARTICLE CHEMISTRY

CHAPTER 2 PARTICLE COMPOUNDS

Section 1 Hadrons
Section 2 Bosons
Section 3 Hyperons
Section 4 Mouns
Section 5 Intermediate Vector Bosons

INTERMEDIATE VECTOR BOSONSSection 5

The charged intermediate vectored bosons are speculated to be composed of the decay products of the weak force bond, the electron neutrino doublet and the energy of the neutrino and a unit particle of matter and the energy of the lepton it forms.

Why the mass of these particles is so great is not clear to a novice, but the speculation would be that is how much energy it takes to manifest the components of the weak force bond as an entity. The state of the bond between the composing unit particle of matters must be responsible for the great mass of the particles.

W⁺ Intermediate Vector Boson

A positive intermediate vector boson is speculated to be composed of an electron neutrino doublet substructure bound to a positive unit particle of matter. W⁺ intermediate vector bosons are one unit of positive charge because there are two positive unit particles of matter and one negative unit particle of matter.

W⁺

W^- Intermediate Vector Boson

A negative intermediate vector boson is speculated to be composed of an electron neutrino doublet substructure bound to a negative unit particle of matter.

W^-

Z⁰ Intermediate Vector Boson

A Z⁰ intermediate vector boson is speculated to be composed of possibly two electron neutrino doublet substructures each bound to a positive unit particle of matter or to an negative unit particle of matter. A Z⁰ boson might be a W⁺ and a W^- bound together.

Z⁰

This configuration of Z⁰ is pure speculation and is therefore more than likely wrong.