From: Axil
I like it. SPPs only live for a few picoseconds. They are half light and half electron. SPPs need to be vigorously pumped. If fusion feeds SPP creation we should see an increase in electrons as well as heat. Since this reactor depends on continuous electrical input to sustain an incandescent filament, the current alone should be able to vigorously pump SPP and increase electron charge. The reactor may float at substantial charge above ground. As Rossi reported, he sees a large production of electrostatic charge in his reactor, Electrons are being created by SPP formation from the transformation of fusion energy into electrons Fusion energy may not be necessary. Does the Levi team mention electrostatic charge? When a Hot-Cat melts down or runs in self sustained mode, the pumping of SPPs come entirely from fusion. No external power is required. That was the previous design and is not the case here, since the reaction stops when the power stops. This may be a different kind of Hot-Cat than the one previously seen with the steel casing. A steel reactor would be grounded, reducing charge accumulation. Another remote possibility should be mentioned, if real gain is found in this device… and that would be this: the basis of gain could be only SPP – surface plasmon polaritons. This species may be gainful in itself as it condenses. Electrons would be lost to the Dirac sea via SPP, for instance - but with a relic such as spin retained in 3-space. Jones
