A new post on the Leonardo Corporation X feed today posts a certificate from ResearchGate congratulating Andrea Rossi for having 150,000 reads of his E-Cat theory paper “E-Cat SK and Long Range Particle Interactions“.
The paper "E-Cat SK and Long Range Particle Interactions" by Andrea Rossi, which gives the theoretical bases for the energy gain in the E-Cat has now been read 150,000 times on ResearchGate.https://t.co/BFFjlF8YOL pic.twitter.com/ZhMjY3czCt
— E-Cat The New Fire (@LeonardoCorpor3) November 18, 2024
I confess that while I have read parts of the paper, most of it goes way over my head. It’s full of complicated math and scientific terminology that I am not familiar with, and I would suspect most non-physicists would be in the same boat as myself.
I asked Rossi in one interview I did with him if he could give a “simple version” of his paper. This was his reply to me:
As simple as possible: I think that the phenomena that we are seeing starts from the zero point energy, and then in the Ecat, we make a difference of voltage, and a difference of temperature with high differences of voltage. This increases the zitterbewegung effect that is the vibration of an electron along its travel line. And the Ahronov-Bohm effect, which is complicated. For those who are interested about what this is, it is explained in my paper on ResearchGate. Then this zitterbewegung effect and the Ahronov-Bohm make electrons change phase, and allows the formation of clusters of electrons in phase. When they enter in phase, we have minor entropy, minor thermal capacity and minor freedom degrees which frees a lot of energy, and this energy goes to the electrons not in phase, and this is the source of the energy gain . . . The casimir effect is important, related to the zero point energy, because the casimir effect that I studied in relation to the Ecat together with professor Sven Kullander of the University of Upssala, the casimir effect says to us that there is zero point energy.
