On the Electron Spin Origin and Related Symmetry Aspects
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put into the background the algebraic description of the corresponding physically observed representations. There is analyzed in detail, the spin structure and its crucial
dependence on the SU(2)− symmetry properties of the related representations of the basic Clifford algebra, generated by creation-annihilation operators on the Fock space
and the related chirality symmetry of the Pauli spin operators. Based on the conservation law of the spin projection on the electron momentum, a novel derivation of the
Dirac Hamiltonian operator, whose Lorentz invariance is naturally related to that of the fundamental Maxwell equations, whose quanta are carriers of interaction between
electrons.
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