GCT energy research focuses on extracting vacuum energy from the Zero Point Field, utilizing frequency-coupled plasma fields and "monatomic" superconductors.

   During the development phase of the propulsion system it was observed that the plasma devices built to test the theoretical interaction of superconductors with the Zero Point Field exhibited anomalous energy bursts. More energy was used up by the devices than was available from the batteries which powered them.

   A new custom-built generator was constructed to make closer observations of this phenomenon. During these measurements, GCT scientists were able to unequivocally demonstrate excess energy when the proper resonance tuning was attained between the plasma field and the Zero Point Energy Field. These results are not at all unusual, considering that calculations indicate one cup of empty space contains enough energy to boil away all of the Earth's oceans.

   We believe the key to unlocking this unlimited sea of energy lies in understanding the frequency coupling that exists between subatomic particles and the ZPF, and in maintaining the proper resonance phase on demand.