Abstract: As distributed ledgers and mesh networks scale to planetary levels, entropy becomes a limiting factor in consensus latency. This paper proposes a "Negative Entropy Injection" protocol using quantum-entangled node states to reduce packet loss and synchronization drift in near-light-speed networks.
Consensus speed is inversely proportional to system entropy, limited by light cone causality.
Simulation of 10 billion nodes using a modified Monte Carlo algorithm on Tensor cores.
Abstract: Addressing the global data storage crisis by utilizing synthetic DNA strands as high-density, long-term archival storage. We demonstrate a read/write throughput of 500TB/s using novel enzymatic synthesis and nanopore sequencing, integrating directly with HINALL ERP archival modules.