Quantum-Mesh-QEC - Decentralized fault-tolerant quantum control infrastructure

Show HN: Quantum-Qec / Matrix-Free Quantum Homeostatic Engine(Blueprint)

Quantum-Mesh-QEC is a production-grade blueprint for decentralized, fault-tolerant quantum computing that eliminates classical decoding latency. By leveraging a unique 3-Tier Hardware-Fused Control Loop, it shifts error correction from heavy centralized software to localized, autonomous hardware edges. Utilizing branchless C99 registers, zero-copy C++ binders, and JAX/XLA gradient isolation, the system bypasses the decoding wall to ensure real-time topological stabilization in superconducting qubit grids. This architecture enables sub-microsecond syndrome extraction and virtual lattice surgery, solving critical decoherence issues without violating the No-Cloning theorem.

"Quantum-Mesh-QEC v2 completely side-steps the decoding bottleneck by shifting the control paradigm from global, heavy matrix re-solving to localized, autonomous hardware-fused loops across three decoupled timescales."