Subterranean electromagnetic energy generation system

SM Geothermal is an energy infrastructure system designed for distributed and resilient power generation through subterranean geothermal-driven electromagnetic energy conversion. The platform is intended to support scalable energy generation in remote, mission-critical, and infrastructure-constrained environments where energy independence, reliability, and deployment flexibility are essential.

The system is being developed as a modular energy architecture capable of supporting decentralized power environments across defense, industrial, AI compute, and off-grid applications. SM Geothermal is positioned around resilient infrastructure deployment, reduced dependency on traditional fuel logistics, and scalable integration into energy-intensive operational environments.

Potential applications include military forward operating bases (FOBs), AI data centers and compute infrastructure, remote and off-grid facilities, emergency and backup power systems, decentralized energy networks, and energy resilience initiatives. The invention is currently under provisional patent filing and is being positioned for licensing, strategic partnerships, co-development, and infrastructure deployment opportunities across defense, energy, industrial, and next-generation computing sectors.