i was hesitant to post, but since my nick came up ill throw out some thoughts.

he says there are no batteries involved... but what is a battery? two dissimilar metals seperated by an electrolyte.

well, 73 vs 74 makes it two dissimilar metals, with dissimilar energy potentials, essentially making this a fancy battery. this one is strong enough to work across the small air gap that he has, but i speculate if he emmersed the electrodes into an electrolytic solution he would get a much higher output. because of the density of the material, and the wide range of elements, the breakdown on this is substantially reduced. the energy gradually bumps each eleemnt in turn instead of the massive jumps we see in a conventional battery.

this is not what impresses me.

what impresses me is actually combining 73 and 74 different elements into one bar. because of the uniformed color, he did not use regular heat/smelting to join them together, there would be no way to prevent swirling, each element cools at different speeds, expansion/contraction would crack it, and if he managed to get through all of that, it would be extremely brittle. not to mention using it to energize anything would cause uneven stress throughout and dissintegrate it.

he must have found out how to bring each element down to its nano-size(which would be powdery like ORMUS)seperately and then mix the powders together with some sort of epoxy. 73 powdered elements + epoxy + blender(low speeds) + drying time = his results.

the only other way that i know to do this utilizes our technology and i cannot divulge that info here.

**cough** **tesla/rife** **hint**

-b