November 28, 2025Open Access

The Origins of Quantum Reality: Deriving Spin, Decoherence, and the Born Rule from a (3,3) Spacetime Geometry

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This framework uncovers decoherence impacts on quantum mechanics in spacetime geometry, suggesting new insights into correlation and relativity.

Decoherence influences quantum mechanics and time, leading to new interpretations of spacetime geometry.
The proposed framework addresses the role of correlation information in shaping the structure of time.
The methodology introduces concepts like the Many-Worlds Interpretation and the Causal Gauge Principle to explain multi-time paradoxes.
These insights may enable experimental tests of predictions related to metastable particle decay.

Kukreja, Sunil (2025) studied this question.

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This framework uncovers decoherence impacts on quantum mechanics in spacetime geometry, suggesting new insights into correlation and relativity.