Resonance Ledger Protocol
Year: 2026
Type: preprint
Abstract: Traditional distributed ledger technologies rely on speculative token economics, high-latency global consensus models, and energy-intensive proof-of-work puzzles divorced from physical reality. Furthermore, conventional networks move data as fragile files across vulnerable transport layers using heavy cryptographic ciphers. Nature has many of the answers we seek. Just as biological nervous systems encode visual signals through structural density and light frequencies rather than algorithmic encryption, this paper introduces the Resonance Ledger Protocol (RLP). By anchoring token issuance directly to verifiable hardware energy expenditure (Proof-of-Metabolic-Work, PoMW), replacing global ledgers with localized Firing Cell round-robin rings, executing zero-transport State-Space Teleportation (SSTE) via foveal geometric encoding and topological resonance, and integrating culturally rooted cooperative mechanisms like Somatic Susu Bonds, RLP achieves absolute local sovereignty while scaling globally via an Organ Federation model.RLP does not move value. It destroys state at source and reconstructs it at destination, with local cells as witnesses and Glycogen as memory when the network fails.
Author: Ramdin, Rene
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225758308
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