Physics-Native
Blockchain for
Human Consensus
A bootstrapped community project implementing a physics-native blockchain based on Toroidal Information Manifold (TIM) architecture and Proof of Human Layer (PoHL) consensus. Feature Complete Testnet - Beta v1.1.0 with Ed25519 cryptography, smart contracts, and autonomous governance.
Stay updated with P4P Network:
Thousand Nodes (256x256 Grid)
Core Modules (~6K Lines)
Development Phases Complete
Current Beta Version
Revolutionary Blockchain Technology
Built with advanced quantum-resistant cryptography and human-centric design principles
Ed25519 Cryptography
Real asymmetric signatures with persistent keypairs and signature verification on all transactions.
Physics-Native Consensus
Reaction-diffusion engine with Ginzburg-Landau dynamics for trust propagation and network stability.
Proof of Human Layer (PoHL)
Capital-independent consensus with logarithmic voting weights preventing wealth-based capture.
Agentic Maintainer
Autonomous 'immune system' agent monitoring code updates with automatic security voting.
Toroidal Quantization
5 shards with distributed edge nodes achieving >500 TPS
EEHC Consensus
Edge-Enhanced Human Consensus with Wave Dynamics
Transaction Submission
Shard Assignment
Local Consensus (66%)
Wave Propagation
Global Finalization
15-second blocks • Quantum-resistant SHA-3 • XMSS signatures
Physics-Native Architecture
P4P Network implements condensed matter physics principles (Field Theory, Renormalization Group) for distributed consensus. A 256×256 toroidal lattice creates structural equality, while Ginzburg-Landau reaction-diffusion dynamics naturally propagate trust and maintain stability.
Ed25519 Cryptography
Real asymmetric signatures with persistent keypairs and verification on all transactions
Reputation Field Diffusion
∇²φ diffusion with double-well potential drives consensus and smooths Sybil spikes
Smart Contracts & DAO
Interactive contracts with physics-based state diffusion and autonomous governance agent
Toroidal Lattice
Validators on d-dimensional torus with reputation field diffusion
Join the Testnet Development Community
Be part of building the next generation blockchain that prioritizes human identity, quantum security, and fair governance. This is a bootstrapped community project in active development.