The Magnetic Pressure Dimension: A Warp-Native SIMT Realization of Temporal Precipitation

This document provides a rigorous computational exposition of the magnetic pressuredimension formalized in Temporal Torsion Cosmology v4 (TTC v4). We present a hardware-native implementation of the Onu Scale-Covariant Operator (OSCO) on Single InstructionMultiple Threads (SIMT) architectures, explicitly demonstrating that physical time is not afundamental coordinate but an emergent consequence of entropy precipitation across pressureboundaries. Evolution is indexed by magnetic pressure μ = ln B, while clock time τ isreconstructed only post hoc via the entropy precipitation rate Π = dS/dμ. A warp-nativescale-ledger architecture reduces inter-node communication complexity from O(N 2) to O(Ns)by exploiting logarithmic scale covariance. The formulation is fully consistent with TTC v3and v4, falsifiable, and designed to withstand adversarial review.