Experiments, inventions, patents, …
Here we are illuminating a 40 watt tube from a single AA battery. This is a modified version of Josepino’s disposable camera circuit. I have used this same circuit to light 2 of these 48″ tubes end to end. I have also illuminated 400 leds with this sam…
This is the Slayer Exciter running on a supercapacitor and NOT self-charging. The voltage is set at about 1.3 volts and I show the frequencies as the 20F/2.5 volt supercapacitor drains down. Thank you…
Here is the Slayer Exciter running on 12 volts and using a much larger coil. It will light up fluorescent tubes better and the energy field around the unit extends further. I am using…
This is Slayer’s Exciter running a pulse motor off a glass of water. This experiment is based on the work of Dr. Stiffler and videos of his SEC experiments. Energy comes out of the…
This is Slayer’s Exciter circuit using a PNP instead of an NPN transistor. The circuit is basically run backwards. I show the circuit illuminating two fluorescent tubes and transmitting energy wirlessly.
This is the Slayer Exciter circuit but with a moveable ferrite rod inside the coil for tuning. Dr. Stiffler’s SEC towers are used and wireless energy transmission is shown. It is being powered by…
This is the same Slayer exciter that I showed in my last video only with a much larger coil. The circuit is being driven this time with a (4) AA battery pack that puts…
This is the ‘Slayer Exciter’ running on a capacitor that has less than one volt in it. I show the strange wave form on a computer O-scope and show the voltage on the capacitor…
This is the Slayer Exciter driving my new pulse motor. I show the energy coming out the end of a “flicker flame” 110 volt bulb as it makes it’s way from the transmitter coil…
This is the Slayer Exciter being run on indoor solar light only—no batteries. A small solar panel is capturing indirect solar energy through a window. The oscillator is shown not only illuminating LEDs but…
