IndisputableMonolith.Information.QuantumErrorCorrection

The module supplies the core definitions for modeling quantum errors and correction codes inside Recognition Science by expanding errors in the Pauli basis and tying them to the discrete eight-tick clock. Researchers constructing discrete quantum information models would reference these objects when embedding error correction into the RS time structure. The module contains only definitions and constructions that rest directly on the imported constants and eight-tick foundations.

claimQuantum errors admit the expansion $E = α I + β X + γ Y + δ Z$ with $I$ the identity, $X$ the bit flip, $Y$ the combined flip, and $Z$ the phase flip; the module defines the supporting structures ErrorModel, depolarizing channel, repetitionCode3, CSSCode, Steane code, and SurfaceCode, all indexed to the eight-tick cycle.