Part 6/14:
Throughout the presentation, there's a recurring emphasis on high-voltage sparks—sometimes reaching tens of thousands of volts—generated by these crystalline structures. These sparks exhibited classic electrical shock qualities, akin to Tesla coil discharges, and the experimenter managed to produce sustained phenomena with carefully arranged delay lines and pressure manipulations.
He pointed out that these crystalline and ceramic materials, specifically barium titanate and similar compounds, exhibit ferromagnetic, piezoelectric, and magnetic properties. These properties make them highly responsive to electrical and mechanical stimuli, leading to dynamic spikes and resonance effects that can be monitored via oscilloscopes and radio receivers.