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New Approach to Magnetic Moments

Author:

Zivlak, Branko L

Category:

Research Papers

Sub-Category:

Quantum Theory / Particle Physics

Language:

English

Date Published:

October 9, 2025

File:

/Research Papers-Quantum Theory / Particle Physics/Download/10335

Downloads:

140

Keywords:

Bošković, neutrino helicity, entanglement, magnetic moment, invariance, dichotomy, quarks, bosons, CMB temperature

Abstract:

This work presents an original approach to the ontology of nature, grounded in both modern physics and the philosophical insights of Ruđer Bošković. Following his vision of the fundamental interconnectedness of matter and force, the paper develops a theory of unity of the whole and its part, emphasizing the mutual dependence between the Universe and its constituents. Key cases are examined, including neutrino helicity, quantum entanglement, and the concept of dimensional twins—quantities that share identical dimensional forms yet carry distinct physical meanings. Through these notions, the work explores invariance, the universality of the number “1”, and various dichotomies, from matter and antimatter to radiation and mass. By linking mathematical structure with ontological interpretation, and by building on Bošković’s legacy, this approach highlights hidden analogies across seemingly unrelated phenomena. It suggests that dimensional analysis, invariance, and dichotomy are not just formal tools but fundamental principles, providing a pathway to new theoretical insights and a deeper understanding of natural laws.

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