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To reformulate fundamental interactions using axial fields and derive intrinsic magnetic behaviors of particles.

April 26, 2026Open Access

On The Axial Nature of Relativistic Quantum Interactions

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To reformulate fundamental interactions using axial fields and derive intrinsic magnetic behaviors of particles.
Propose a kinematic and rotational framework replacing vector fields with axial fields.
Use geometric algebra of complexified Euclidean space Cl(4,0) with an imaginary time axis.
Deduced magnetic properties and corrections analytically without traditional quantum methods.
Derived the intrinsic magnetic field consistent with fermionic magnetic moment properties.
Achieved exact determination of the leading-order anomalous magnetic moment correction (α/2π).
Introduced a unified framework resolving quantum mechanics and general relativity phenomena.

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The research proposes a kinematic framework for quantum interactions, revealing fundamental particle behavior and energy stabilization.

Domenico Sgro (2026) studied this question.

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