Volume Three

Foundational Transformation of Quantum Electrodynamics.

Two Branches of Electromagnetism.

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Volume One includes the following subjects...

Volume Two includes the following subjects...

Finally new physics is emerging and it is simple!

For the first time in history of physics we have learned how the electron inner structure looks in three-dimensional space (see Front cover).

The foundational transformation of QED brings a plethora of new fundamental scientific discoveries. An example is weak electromagnetism as the second branch of electromagnetism with weak electric charge and weak Planck constant. Both values are established with the precision of ten digits.

As turned out, the electron is not a fundamental (intrinsic) fermion, as claimed by the Standard Model for many decades. The electron is a composite fermion of electromagnetism and weak electromagnetism, consisting of the intrinsic electron and the electron neutrino. The electron neutrino has a duo-configuration, consisting of the intrinsic neutrino and the intrinsic antineutrino of opposite helicity. Both, the intrinsic neutrino and the intrinsic antineutrino are exclusive carriers of weak electric charge.

The anomalous magnetic moment of the electron has been studied experimentally and theoretically since 1947 Kush measurements.

The Standard Model explains the anomaly as a result of contribution interactions, principally by QED.

Nothing can be further from the truth.

According to Aphysical Quantum Mechanics, so-called “anomaly” is the magnetic moment of the electron neutrino, a constituent of the electron.

The electron magnetic moment is a sum of the intrinsic electron magnetic moment equal to one Bohr magneton, and the electron neutrino magnetic moment equal two times of weak Bohr magneton.

A long-standing problem of electron neutrino self-mass is resolved and the self-mass is determined with the precision of five digits.

The detailed process of the electron formation (for example, following muon decay) is discovered and described instant-by-instant in spacetime dynamics. The corset action brings a newly formed electron from classical world into quantum world by reducing its size almost instantaneously by more that ten orders of magnitude with the energy conservation law observed.