Paper 11: Time, Causality, and the Emergence of Thermodynamic Directionality in the Holosphere Lattice

This paper explores how time, causality, and thermodynamic directionality emerge from the discrete angular dynamics of the Holosphere lattice. Unlike conventional models that treat time as a fundamental background parameter, the Holosphere framework derives temporal structure from internal lattice behavior—specifically from defect migration, rotational phase misalignment, and spin-based coherence breakdown. Causality arises from angular adjacency and symmetry constraints, while entropy is reinterpreted as a geometric transition from aligned to misaligned rotational states. These elements jointly define an emergent arrow of time, encoded in the irreversible loss of phase coherence across the lattice. The resulting model offers a physically grounded mechanism for time asymmetry, decoherence, and CPT violation—laying the conceptual foundation for Papers 16–20 and T6.