Henrytrehub

I could have worded that differently but sodium is the ideal material.

Power output and rate of fluorine gas flow and power required are all proportional, the rate of heat removal and pressure of the fluorine and therefore the the amount of electricity generated is directly correlated to the amount of power flowing through the plutonium however it is a net gain. In order to start one of these things you need to jump start it with another power source, and ensure it doesn’t ground out. The primary use for this technology in my opinion would be excavating large scale aquaponics operations anywhere in the world in a scalable economically viable way.

Well if you introduce the neutrino plasma into an electron plasma at a certain frequency and use mercury or cobalt theoretically and you might be able to make it interact with light in a different way so before we rule out crossing the beams it depends what beams. And I’m pretty sure that they definition of flux capacitor fits this pretty well I mean fluoride is flux, and if you pulsed the plasma…

Yeah it is funny but it works theoretically we haven’t built one yet but I’m working on putting a team together to make it happen.

You can manipulate the frequency of a neutrino by harnessing diamagnetism. If you run electrical current through a small mass of plutonium in a sodium honeycomb matrix, encased in bismuth cooled by fluorine gas you can offset the effect of earths resonance frequency and achieve cold fusion in a neutrino plasma that makes more fluorine out of thin air. The fluorine expands with the heat from the electricity running through the plutonium turning a turbine, and cooling down as its compressed before cycling through the reactor again. This plasma also produces thrust, and has the ability to dematerialize various substances and convert them into fluorine gas How does it work?By oscillating ac electrical current ionizing the fluorine and using diamagnetism to isolate the plutonium from Earth’s resonance frequency, you “charge” the neutrinos through quantum entanglement at the frequency of the fluorine in the bismuth containment shell. Although conductive bismuth is a poor conductor so silver should be used for the circuitry because of its diamagnetic properties. Bismuth also contains the electrons from the reactor and is an excellent radiation barrier but being diamagnetic doesn’t effect the frequency of the neutrino.The frequency of the the ionized fluorine is imprinted onto the neutrino,which is speeding unobscured through the portion of the bismuth containment shell with the least resistance due to its thickness. Sodium is used to due to the fact that neutrons pass through it unimpeded,and bismuths diamagnetic property’s don’t distort the frequency fingerprints on the neutrino, however it serves as an efficient radiation barrier but melting point of 519.8 degrees Fahrenheit has made it impractical until you use fluorine gas to keep it cool.The frequency of the fluorine and plutonium is imprinted on the neutrino which emerges on the other side of bismuth with the least resistance. As the neutrino collides with an electron it creates a spark of visible light in the form of Cerenkov radiation that causes the plasma to glow. This collision dematerializes atoms and reorganize their subatomic particles in a fusion reaction within the neutrino plasma reprogramming them to the frequency of fluorine and plutonium creating fluorine gas.And because of the bismuth’s lack of an imprint on a neutrino due to diamagnetism there is no bismuth produced. However due to the lack of available neutrinos in non-fissible materials outside of the reactor in the plasma,it means you wouldn’t make more plutonium unless you wanted to. If you applied this plasma and fluorine gas to enriched uranium the plutonium fingerprints on the neutrinos would reprogram the uranium into plutonium .You can exchange the fluorine for other materials and you have effectively created a philosophers stone of sorts.If you substitute the fluorine for mercury you can make it rain mercury from a warm plasma ion thruster.