In the Video, an H2 plasma vortex ablates the light metal anode and fusing elements by using nucleonic reactions in the metals as they are boiled off into the plasma vortex.

This video is a little bit messed up because I couldn't get the darn auto flip to quit while I was inspecting the unit but this is a Paser prototype that I built. This for the selective electroplating of particular metals out of a solution like gold or platinum and not just plating everything that's electropositive out of the solution. Paser stands for photon assisted selective electroplating reaction. The lamps you see the light from the images are placed so that the discrete frequencies from the lamps which are used in the excitation of particular groups of metals in this unit that are silver gold and platinum light frequency systems embedded. The energy input necessary for electroplating is set up so that it's just below the excitation frequency of the specific metals that were trying to plate out when those metals are hit with a selected frequency of light they go above ground state and are attracted to the titanium cathode. The theory is based on the same technology they use for detecting minerals and using that to add energy to an electroplating solution to pull those Metals out of solution and onto the cathode.

The Cathode from the prototype plasma vortex fusion devise tested by the particle counter shows activity about 50% above background. This indicates the presence of K-40 isotope in this sample which was run on a 30-minute time-base.

I have obtained 2 pieces of Alcor machinable ceramic measuring 6 5/8" x 6 5/8" by 1/2". These are about the strength of steel but are electric insulators and are transparent to magnetic fields so they should work well for my ion drive build. With 32,000 PSI compressive strength and heat tolerance to 1450F, they should make good material for my plasma vortex fusion ion drives.

I ran a 30-minute time base on my particle counter to calibrate to the background and be ready to test sample materials from the nucleonic reactor fusion products that might still be present.

I started taking down the plasma vortex nucleonic reactor prototype to recover the materials and get samples for testing before I start recycling the device for creating micro-scale ion engines.

I took this small group of videos many years ago but I am preparing to relaunch the technology fro a low energy nuclear reaction powered MHD thruster for CubeSats.