December 2, 2025Open Access

Constraint-Freedom Axiomatic Paradigm: A New Methodological Framework for Quantum Mechanics

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Achieves a leap from phenomenon explanation to rule construction in quantum mechanics.
Derives two unique effects: tunneling probability dependent on constraint gradient, and degree of freedom saturation on entanglement fidelity.
Analysis of CERN quark collision and Micius satellite entanglement data shows prediction error ≤ 3%.
Constructs universal rules through three core axioms, enhancing the methodological foundation for quantum physics.

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Proposed axiomatic paradigm improves quantum mechanics, suggesting significant new effects with low prediction error.

BIAN Zhenfeng (2025) studied this question.

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