When Web 3.0 Meets Reality: A Hyperdimensional Fractal Polytope P2P Ecosystems

TL;DR

This paper introduces a hyperdimensional fractal polytope-based spacetime coordinate system for Web 3.0, enabling new network entities, routing protocols, and identity schemes that unify digital, cyber, and physical worlds.

Contribution

It proposes a novel spacetime framework and entity definitions for Web 3.0, integrating blockchain, deterministic routing, and multi-tier identity extending to physical realms.

Findings

Defined a fractal polytope spacetime coordinate system in any dimension.

Developed hyperdimensional deterministic switching and routing protocols.

Extended Web 3.0 entities to cyber and physical worlds with legal-compliant anonymity.

Abstract

Web 3.0 opens the world of new existence of the crypto-network-entity, which is independently defined by the public key pairs for entities and the connection to the Web 3.0 cyberspace. In this paper, we first discover a spacetime coordinate system based on fractal polytope in any dimensions with discrete time offered by blockchain and consensus. Second, the novel network entities and functions are defined to make use of hyperdimensional deterministic switching and routing protocols and blockchain-enabled mutual authentication. In addition to spacetime network architecture, we also define a multi-tier identity scheme which extends the native Web 3.0 crypto-network-entity to outer cyber and physical world, offering legal-compliant anonymity and linkability to all derived identifiers of entities. In this way, we unify the holistic Web 3.0 network based on persistent spacetime and its entity extension to our cyber and physical world.