EVENT HORIZON
Green Horizon Innovations delivers next-generation quantum geophysical exploration and enterprise digital enablement for the Department of Energy and Department of Veterans Affairs — mastering the Arctic biosphere through autonomous sensing and in-situ power harvesting.
Green Horizon Innovations
A Service-Disabled Veteran-Owned Small Business with 20+ years of geophysical expertise, pioneering quantum-enhanced exploration technologies for federal agencies and the future of national energy dominance.
VETERAN-OWNED
Service-Disabled Veteran-Owned Small Business (SDVOSB) — proudly serving the U.S. Government with integrity, discipline, and technical excellence. Registered at greenhorizoninnovations.com
TARGET AGENCIES
Strategically positioned for multi-award contracts with the Department of Energy (DOE), Department of Veterans Affairs (VA), and Department of Defense (DOD) — aligning quantum technologies with national mission priorities.
Deep domain knowledge in multi-physics sensing, subsurface characterization, and Arctic resource exploration — from Cook Inlet to the Ring of Fire.
Engineering solutions for extreme environments — High Pressure, High Temperature, and High Corrosion — the "Extreme Trio" of geothermal challenges.
TELPAI — QUANTUM Platform
Three converging sensor modalities form the Quantum Trinity — revolutionizing geothermal resource confirmation in the high-enthalpy volcanic reservoirs of the Alaska Ring of Fire.
GGMplus SATELLITE
High-resolution satellite gravity modeling at 200m resolution for detecting geological anomalies and mapping subsurface density variations across vast exploration areas.
SQUID MAGNETOMETRY
Superconducting Quantum Interference Device sensors achieving 10⁻¹⁴ tesla sensitivity — detecting "blind" hydrothermal reservoirs up to tens of kilometers deep.
4D SEISMIC & MBS
High-resolution microseismic scanning and time-lapse seismic logging linked via Starlink for instantaneous anomaly detection and caprock integrity monitoring.
DOE & VA Multi-Award Positioning
GHI is strategically aligned for multi-award contracts across two critical federal agencies — bringing quantum technologies to national energy and veteran services missions.
Next-Gen Geothermal Exploration
Topic Area 6 — Drilling for Exploration and Characterization. GHI's TELPAI—QUANTUM platform solves the "Extreme Trio" of HPHT and corrosion challenges in volcanic reservoirs, unlocking stranded "Superhot" resources across the Alaska Ring of Fire.
Enterprise Digital Enablement
Quantum-enhanced data processing and AI-driven modernization of veteran services technology. Leveraging the ENGRAM-ENGN® reasoning layer for intelligent automation, secure data management, and enterprise-scale digital transformation.
Quantum Benchmarks Initiative (QBI)
Stage A submission for quantum fault-tolerance architecture. The QM2ARL (Quantum Multi-Agent Reinforcement Learning) framework integrated with the ENGRAM-ENGN adaptive reasoning layer reduces physical qubit overhead through compositional error correction — demonstrating that computational value can exceed cost by 2033. Built on the Novum Organum Engine and Ron Raymond's Semantic Web foundations.
AI-Accelerated Quantum Carbon Materials from Coal
Phase I proposal ($750K) for AI-driven discovery of graphene quantum dots from Alaska sub-bituminous coal feedstock. QM2ARL agents navigate the synthesis parameter space while TELPAI quantum sensing (SQUID, 4D seismic, GGMplus) characterizes feedstock deposits. Targeting 5x discovery acceleration over conventional methods with applications in quantum computing and energy storage.
Arctic Biosphere & Extreme Exploration
From deep ocean to deep space — GHI masters the most extreme environments on Earth, specializing in Alaska's Ring of Fire volcanic systems with self-sustaining autonomous platforms.
ALASKA RING OF FIRE
High-enthalpy volcanic reservoirs targeted for superhot geothermal resource extraction. Our platform identifies blind hydrothermal systems beneath complex geological formations.
GEOTHERMAL EXPLORATIONGEOTHERMAL PROSTHESIS
HPHT-resistant hardware stack with Piezoelectric Probes harvesting mechanical vibration and Thermoelectric Modules exploiting the Seebeck effect — creating self-sustaining current for deep wells.
IN-SITU POWEREXTREME TRIO
Purpose-built to withstand High Pressure, High Temperature, and High Corrosion in volcanic brines — eliminating the instrument failure that plagues traditional exploration.
HPHT · CORROSION-PROOFDEEP OCEAN
Deep-ocean geospatial operations for subsea resource mapping, geological surveys, and marine environmental monitoring across Arctic waters.
SUBSEA OPERATIONSDEEP SPACE
Extending geospatial intelligence to orbital and deep-space exploration — quantum sensor networks and satellite constellation integration for planetary resource characterization.
SPACE EXPLORATIONARCTIC BIOSPHERE
Mastering the Arctic ecosystem through comprehensive environmental monitoring, permafrost analysis, and sustainable resource extraction aligned with national defense priorities.
ARCTIC MASTERYCook Inlet Geophysical Anomaly Detection
Live demonstration of Quant Hyperscale Q Models applied to Alaska Cook Inlet subsurface exploration — multi-agent quantum reinforcement learning detecting blind hydrothermal anomalies with ENGRAM-ENGN® memory pruning.
COOK INLET · ALASKA RING OF FIRE · 60.5°N 151.5°WCoal to Quantum Dots. Alaska to the Future.
Two decades of molecular polymer science, anti-corrosion engineering, and subsurface cementitious geopolymer R&D converge with quantum AI — transforming Alaska's vast coal reserves into graphene quantum dots, advanced carbon nanomaterials, and next-generation quantum computing substrates.
GRAPHENE QUANTUM DOTS
AI-accelerated synthesis of size-tunable graphene quantum dots from Alaska sub-bituminous coal. QM2ARL agents navigate the vast synthesis parameter space to achieve >40% quantum yield with tunable emission from 400–700nm.
GEOPOLYMER SYSTEMS
Advanced cementitious geopolymer technologies for wellbore integrity, carbon sequestration sealing, and Arctic infrastructure foundations. Self-healing, ultra-durable formulations for extreme environments.
ANTI-CORROSION TECH
Molecular-scale corrosion mitigation systems for subsurface infrastructure, pipeline integrity, and Arctic superstructures. Proven performance in the harshest operating environments on Earth.
QNAAC — ALASKA
Quantum Nuclear Arctic Alliance Center — deploying advanced nuclear, quantum sensing, and AI technologies across Alaska's resource frontier. Integrating with Alaska Native corporations and state stakeholders for economic development.
BELUGA CARBON NEXUS
The Carbon Nexus facility transforms Beluga coal field resources into high-value advanced carbon materials — graphene, quantum dots, carbon fiber, and activated carbon — creating a new value chain for Alaska communities.
DOE GENESIS MISSION
Pursuing DOE Genesis Mission funding (DE-FOA-0003612) for AI-accelerated discovery of quantum carbon nanomaterials from domestic coal — integrating QM2ARL agentic AI with TELPAI geophysical resource characterization.
Quantum Energy Dominance
GHI's TELPAI—QUANTUM platform directly supports the DOE's goal of national energy dominance — unlocking superhot geothermal resources and providing a blueprint for RWA tokenization of sustainable assets.