Energy transfer is a well understood concept. For the past decade energy transfer from heat to kinetic to magnetic then to electrical energy is what generates our daily electricity supply. In all cases energy is not created but transferred. 

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Energy transfer at a molecular level is a developing science. Nuclear fission and fusion harvests energy at an atomic level. However, we don’t need to split or fuse an atom to transfer energy from a latent to a usable state. Energy transfer at a molecular level through ionic exchange is also possible but uncharted waters and not always fully understood by science.

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In most cases energy at an atomic level transfers to heat. But energy transfer at an ionic level produces usable hydrogen gas. Before an ion receives and electron it is in a state susceptible to slight redox influence and can react with opposing ions. In this vulnerable state it can freely transfer energy, unlike nuclear fusion that requires extreme heat and pressure to transfer energy. 

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H2IL scientists have discovered that combining two energies, while in their ionic state, will transfer into a single powerful energy without brute force input energy.

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