All of us, in every country, want to move up the curve: more access to energy with more productivity. The U.S. Energy Information Administration (EIA) projects nearly 50% growth in world energy usage by 2050. By then, access to cheap and sustainable energy will be critical and will improve the standard of living for billions around the globe.

To offset the 51 Giga-tons of CO2 already emitted annually while meeting this growing demand, we need a disruptive technology capable of supplying low-cost Joules at both grid & distributed scale without inverting the laws of economic gravity. 

Deuterium fuel is abundant in seawater and is nearly 100X cheaper than natural gas with this reaction pathway! This means a reliable, scalable, carbon-free power source.

Drop-in technology for process heating and electricity generation would significantly reduce operating costs in energy-intensive industries.

A hydrogen fuel cell car tank replaced with deuterium holds 2 million times more energy - imagine a car with 10 million miles of range! 

This unlocks new ultra-high-density applications beyond the physical limitations of electrochemical storage. Modular power sources open a wide range of new use cases that are inconceivable with battery technology.

The catalyst is designed to host a high concentration of active sites that bring nuclei together and facilitate the transfer of nuclear energy.

The reaction is stimulated and controlled by exciting resonant vibrations to enhance the rate of coherent fusion events.