Questions that get answered:
What is the source of inertia?
Why is superposition allowed for fields?
Why are there fermions and bosons?
Why is the muon not just a heavy electron?
Why are the neutrinos massless?
Why is the Tau particle neutral?
Why is charge connected to parity for the 3-D massive boson?
Why are there no Axions?
Why is there no vacuum energy?
The Chapters
Chapter 1 A history of a few centuries of unexplained and ignored experimental results led to a damaged and incomplete form of quantum mechanics championed by the Copenhagen school.
Chapter 2 The loss of Euclidean geometry and its replacement defines how relativity requires two complete spaces to function.
Chapter 3 Correcting the Schrodinger equation with two additional terms required by relativity.
Chapter 4 Deriving the origin of particles from the self-reference frame gives the structural form to elementary fermion and boson.
Chapter 5 Noticing information's two forms allows the derivation of quantized fields: photon and neutrino.
Chapter 6 It is possible to derive spin for both particles and quantized fields.
Chapter 7 Detailed view of the origin of electrodynamics and electrostatics helps in the extraction of nuclear potentials from lower dimensional entities.
Chapter 8 The structural origin of gravity and the strong force finds their sources are tied to the properties of the self-reference frame that migrate to the laboratory frame.
