1.1 Simple measurements with common measuring equipment, it can be seen that nearly every piece of material has an electrical potential. Take a raw piece of a calcite stone and check the voltage at differing places. You will find certain potentials but they never get down to zero. The phenomenon of crystalline energy harmonizes with the view from crystallogy, mineralogy and material sciences. Most scientists treat this energy as being too unimportant and therefore insignificant to have any technological potential. Furthermore many scientists see only the electrolysis as cause for the observed phenomenon. There are other possible causes such as: piezoelectric effect, quantum-tunnelling, high temperature superconductors etc. Once this effect is believed to have an industrial value, the basic research worldwide will investigate these and other possible explanations extensively.

1.2 The Reid-cell: 1.4. This generator consists of a crystalline material attached between two specialised semiconductors, which produce a permanent and loss-free current of electric energy. Using a highly dispersive crystalline material in a special manufacturing process, a synthetic crystal with an extremely big surface is grown, where several different physical processes appear. These cause a multiplication of the effect. With the correct positioning of the semiconductors it is possible to extract electric energy from the synthetic crystal. The current flows continually and may last at least as long as 6 years (current status by observation) without any observable decline of power. Through serial or parallel positioning of the semiconductors it is possible to increase the power to any required strength. These cells have already been presented to the public. The energy capacity is in the moment at about 1.0 mWcdm.