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The research aims to propose a novel kinematic framework for understanding fundamental particle interactions through axial fields.

June 28, 2026Open Access

The Axial Nature of Relativistic Quantum Interactions

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The research aims to propose a novel kinematic framework for understanding fundamental particle interactions through axial fields.
Introduces geometric algebra of complexified Euclidean space Cl(4,0) for analysis.
Analyzes intrinsic magnetic fields and their quantization in quantum mechanics and gravity.
Derives anomalous magnetic moments and stability of hydrogen atom from intrinsic magnetic interactions.
Derived intrinsic magnetic field reflects properties of the fermionic magnetic moment, with a correction factor of (α/2π).
Establishes stability of hydrogen atom through coupling of electron magnetic dipole with proton characterizing intrinsic magnetic fields.
Introduces the concept of gravitomagnetic fields, affirming the intrinsic nature of fermionic spin.]}},

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Randomized trial demonstrates the role of axial fields in quantum interactions, suggesting new theoretical frameworks.

Domenico Sgro (2026) studied this question.

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