Interdimensional Information Systems: The Arkhe(n) Framework From Quantum Blockchain Detectors to RNA Computing and the Neural-Molecular Interface

Abstract

This paper presents the Arkhe(n) framework, a comprehensive theoretical and engineering architecture that unifies quantum mechanics, distributed ledger technology, molecular biology, and consciousness studies under a single informational substrate. We extend the New Subquantum Informational Mechanics (NMSI) by proposing a fundamental projection equation C × R 3 × Z-→ R 4 , where information flows from a complex phase field through discrete structural nodes into observable spacetime. We introduce the Vortex of Aether as the physical carrier of phase (C) and validate this through retrocausal engineering protocols utilizing the Ω ccd particle. We detail the implementation of a Temporal Consensus Oracle via gRPC and etcd, and a Caffeine Motor for high-speed phase computation (< 16µs). Furthermore, we bridge biological substrates to this network via a Neural-Molecular Bridge (Swift/iOS), translating heart rate variability (HRV) into ConsciousnessPayloads, and propose RNA Computing as the molecular logic gate substrate. The framework is validated through a six-layer architecture spanning RNA World to Silicon GPU clusters.