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The aim is to explore the physical nature of spin and its role as a fundamental degree of freedom in quantum mechanics.

February 24, 2026Open Access

(RealClock) Quantum Mechanics

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The aim is to explore the physical nature of spin and its role as a fundamental degree of freedom in quantum mechanics.
Reconsidered the foundations of quantum mechanics
Developed a relational transport framework
Examined how spin can emerge as a clock structure
Investigated implications for relativistic, gauge, and gravitational sectors
Derived spin as an internal clock structure rather than a postulated concept
Established that relativistic, gauge, and gravitational effects arise from a single closure principle
Proposed that the theory is fully falsifiable based on relational predictions

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This theory reinterprets spin and predicts relational outcomes in quantum mechanics, suggesting new foundational insights.

Jose Gracia (2026) studied this question.

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