Chicago Plasma Forest
A revolutionary peer-to-peer network for wireless energy distribution across the entire Chicago metropolitan area - from downtown to Tinley Park, Joliet, Naperville, Schaumburg, and Evanston
Wireless Power
Tesla-inspired wireless energy transmission using resonant frequencies
P2P Protocol
Beyond TCP/IP - quantum-entangled mesh network for instant communication
Community Owned
Decentralized infrastructure owned and operated by Chicago residents
Important Disclaimer: AI-Generated Theoretical Framework
This entire website and all its content is an AI-generated theoretical framework created as an exploratory exercise to envision potential pathways to net-zero energy solutions. This is NOT a real, operational network, nor are there any actual plasma forest installations.
All technical specifications, protocols, and implementations described here are speculative interpretations of historical research by Tesla, Mallove, Moray, and others. This project represents hope and vision for sustainable energy futures, not existing technology or proven solutions.
No claims of working devices or energy generation are being made. This is a conceptual exploration and should be understood as such. Any real-world implementation would require extensive scientific validation, engineering development, and regulatory approval.
Generated by AI as a theoretical exercise in sustainable energy visioning. Not investment advice or scientific fact.
Revolutionary P2P Network Protocol
Moving beyond traditional IPv4/IPv6 with a multi-layer protocol stack designed for energy and data transmission
Multi-Layer Protocol Stack
Layer 1: Electromagnetic Network Protocol (ENP)
Primary carrier wave using Tesla coil RF emissions (150-200 kHz) for both power and data transmission
Layer 2: LoRaWAN Mesh Coordination
Long-range, low-power mesh network for control signaling and network coordination
Layer 3: Quantum Coherence Channel
Experimental quantum entanglement layer for instantaneous state synchronization
Layer 4: IPFS Content Distribution
Distributed content storage and retrieval using InterPlanetary File System
Byzantine Fault Tolerance
Consensus mechanism resistant to malicious nodes using practical BFT algorithms
End-to-End Encryption
Quantum-resistant cryptography using lattice-based algorithms
Self-Healing Mesh
Automatic route discovery and failover with sub-second convergence
Protocol Packet Structure
ENP Packet Format (Layer 1): ┌──────────┬──────────┬──────────┬──────────┬──────────┐ │ Preamble │ Header │ Payload │ CRC │ ECC │ │ 16 bytes │ 32 bytes │ Variable │ 4 bytes │ 32 bytes │ └──────────┴──────────┴──────────┴──────────┴──────────┘ Header Structure: ├─ Version (1 byte) ├─ Type (1 byte): POWER | DATA | CONTROL | QUANTUM ├─ Source Node ID (16 bytes) ├─ Destination Node ID (16 bytes) ├─ Sequence Number (4 bytes) ├─ Timestamp (8 bytes) └─ Flags (2 bytes)
Greater Chicago Metropolitan Plasma Forest Network
Comprehensive energy network covering Chicago and all surrounding suburbs including Tinley Park, Joliet, Naperville, Schaumburg, and Evanston
Select a Node
Network Statistics
Metropolitan Coverage
- • Loop Tower (Central Chicago)
- • O'Hare International Hub
- • Naperville Technology Center
- • Schaumburg Business Hub
- • Joliet Industrial Complex
- • Tinley Park Station
- • Evanston University District
- • Aurora Energy Center
- • Arlington Heights
- • Orland Park
Node Types
Technical Documentation
Open-source specifications and implementation guides for the Chicago Plasma Forest network
Free Energy Research Foundation
Explore the complete archive of Tesla, Mallove, and Moray's revolutionary energy research
View Research ArchiveENP Protocol Specification
Electromagnetic Network Protocol for energy and data transmission
Node Hardware Requirements
Technical specifications for building plasma forest nodes
Quantum Coherence Layer
Experimental quantum entanglement protocol documentation
API Reference
REST and GraphQL APIs for network interaction
Quick Start Example
import { PlasmaNode, ENPProtocol } from '@chicago-forest/core';
// Initialize a new plasma forest node
const node = new PlasmaNode({
nodeId: 'residential-001',
location: { lat: 41.8781, lng: -87.6298 },
type: 'residential',
powerCapacity: 10, // kW
});
// Configure ENP protocol
const protocol = new ENPProtocol({
frequency: 175000, // Hz
modulation: 'QAM-256',
encryption: 'lattice-based',
});
// Connect to the network
await node.connect(protocol);
// Start energy transmission
node.on('energyRequest', async (request) => {
const { amount, destination } = request;
await node.transmitEnergy(destination, amount);
});
// Handle incoming data packets
node.on('dataPacket', (packet) => {
console.log('Received:', packet.payload);
});
// Join the mesh network
await node.joinMesh('chicago-north');Implementation Roadmap
Join the Chicago Plasma Forest
Be part of the energy revolution. Build, operate, and benefit from community-owned infrastructure.
Node Operator
Host a plasma node at your home or business. Share energy and earn network credits.
- •Receive free hardware kit
- •Professional installation support
- •Monthly energy credits
Technical Contributor
Help develop the protocol, build hardware, or maintain the network infrastructure.
- •Open source development
- •Hardware design workshops
- •Research collaboration
Community Advocate
Spread awareness, organize local events, and help onboard new members.
- •Educational materials
- •Event organization support
- •Community governance rights
Upcoming Events
Introduction to Plasma Networks
Learn about wireless energy transmission and P2P protocols
Node Building Workshop
Hands-on session to build your own plasma node
Lincoln Park Pilot Launch
Witness the first live demonstration of the plasma forest
Community Governance Meeting
Participate in network decisions and protocol development
Ready to Join the Revolution?
Sign up for updates and be the first to know when node applications open