This repository contains the complete research artifact and computational verification suite for scaling the discrete Lorentzian causal diamond into high-performance Quantum Low-Density Parity-Check (qLDPC) and finite-block codes. By systematically exploring algebraic amplification (Hypergraph Product), geometric tessellation (toric scaling), and lattice enrichment ($E_8$ Lorentzian substrates), this work identifies precise structural obstructions in existing approaches and introduces novel, Pareto-optimal CSS codes tailored for near-term hardware in the $N \\sim 100\\text{--}200$ physical qubit regime.
\nScientific Contributions
\nHighlighted Code Families
The augmented geometric construction yields a frontier of codes optimized for neutral-atom and trapped-ion architectures, including:
Artifact Contents
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