Time-Entropy Mirroring via Space Transformation and Mass-Gravity Duality via QCD-Higgs Synergy

This paper proposes a discrete spacetime framework based on the following key postulates:(i)Temporal Emergence: Time arises as discrete, entropy-driven transitions within a network of Space Elementary Quanta (SEQs). The universe evolves through state changes in this network, with entropy quantified via multiplicative energy distributions across space transformation structure matrix. (ii) Spatial Compression via SU(3): Local space compression is mediated by SU(3) gauge symmetry, implemented through 3D modulation and axis transformations while preserving spherical symmetry. This compression generates isotropic gravitational fields via the external stretching of space. (iii) Mass as Stored Gravitational Potential: The fundamental nature of mass corresponds to the storage of gravitational (spatial elastic) potential energy, resulting from SU(3)-mediated space compression. (iv) Time Dilation Mechanism: The framework offers a concrete explanation for relativistic time dilation—local compression or stretching of SEQs modulates their transformation frequency, directly connecting gravitational and kinematic effects to observed time dilation. (v) Testable Prediction: The model yields a falsifiable signature: a measurable asymmetry between positron and electron magnetic moments, arising from their opposite chiral coupling to the fixed-spin SEQ ground state. (vi) Higgs Field as Chiral Stabilizer: The Higgs field functions as a quantum chiral lock, enforcing symmetry-breaking constraints that stabilize SU(3)-mediated elastic energy storage in localized space.