P4P Network
Whitepaper
A comprehensive technical specification for a physics-native blockchain implementing condensed matter physics principles for distributed consensus. Features Toroidal Information Manifold (TIM), Proof of Human Layer (PoHL), Ed25519 cryptography, and capital-independent governance.
Document Overview
Comprehensive technical analysis and implementation details
Document Sections
Detailed breakdown of the technical specification
Abstract
Overview of P4P Network's quantum-resistant blockchain architecture
Network Layer
Edge nodes as toroidal units with sharded clustering
Identity Layer
Decentralized identifiers and Proof of Human verification
Consensus Layer
Edge-Enhanced Human Consensus with wave dynamics
Economic Layer
P4P and Merit token systems with AMM liquidity
Governance Layer
DAO with quantized voting mechanisms
Technical Specifications
Implementation details and testnet architecture
Technical Highlights
Key innovations and specifications
Pages
Downloads
Citations
Versions
Research & Innovation
Groundbreaking research in quantum-resistant blockchain technology
Peer Reviewed
Rigorous academic review process ensuring technical accuracy and innovation
Open Research
Transparent development process with community feedback and collaboration
Living Document
Continuously updated based on research findings and implementation results
"P4P Network represents a paradigm shift in blockchain design, replacing traditional economic or computational consensus with the mathematical laws of condensed matter physics to create a truly fair, capital-independent network."
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