Joshua Cude, can you assess Robert E. Godes, Brillouin Energy Corp. energy claims and theory? Rich Murray 2011.02.27
Brillouin Energy Corporation (BEC) technology uses the hydrogen in ordinary water in a nuclear process that produces no hazardous waste. [ H2 on Ni exposed to high power impulse current spikes between 0.01 Hz and 100 KH with 200 psi H2O and Ar at 200 C ] The process stimulates a Controlled Electron Capture Reaction (CECR) in a catalyst. This process creates low energy neutrons. The neutrons generate heat as they are captured, building heavier elements. This is a breakthrough source of Clean Green Energy! Robert E. Godes, President and Chief Technology Officer The founder of Brillouin Energy Corp. is an innovative technical designer, electrical engineer, and creative solution inventor with over 25 years experience in identifying and developing technology products for diverse organizations. Recognized and identified for improving overall productivity, focused on continuously delivering efficient applications while maintaining reliability and reducing overall costs. He has contributed to applications including torpedo guidance systems, paper currency recognition systems, distributed data collection and control systems, and puddle detection systems. He has actively studied mechanics, quantum mechanics, and several areas of physics, electronics, control systems, programming, and chemistry. His talent in integrating mechanical design, physics, and chemistry provides extraordinary insight into the various problems and failures of existing research in this field. Previous to Brillouin Energy Corp, Mr. Godes worked as an electrical engineer at EnergyLine, Clear-com, Versatec and ARDAC. Mr. Godes earned a BS from Ohio Northern University in electrical engineering. e is knowledgeable in the fields of Material Science, Chemistry, Astrophysics, Molecular Mechanics and Quantum Mechanics. He was awarded the Remsburg Annual Creativity Award, ONU IEEE Design Contest and the ONU Board of Engineering Director's Contest. He published a nine-page feature article in Infinite Energy Magazine: “The Quantum Fusion Hypothesis”, Vol 14 issue 82 2008. (See link in the side bar to the left.) http://www.brillouinenergy.com/GodesIE82.pdf [ 9 pages ] see also 13 pages, Initial and Preliminary Findings Brillouin Phase II Data December 24, 2010 brillouinenergy.com/Brillouin_Second_Round_Data.pdf http://www.brillouinenergy.com/BE25Tec.PPS slide show The theory calls our the formation of 4H through the accumulation of neutrons. NOT 4 neutrons. The neutrons are formed through electron capture driven by "super confinement" causing a rise in the local energy field under high phonon compression of the H ions already in the octahedral / tetrahedral trapping locations in the lattice. Electron capture is a natural energy reduction mechanism common in the study of nuclear physics. This removes the Coulombic repulsion and places hi cross section neutrons in the exact location where another H ion is likely to tunnel into. (H ions tend to hop locations in the lattice approximately every 10^-9 seconds.). Steam pressure at 200 C is just a little over 200 psi. A non reactive gas must be used to provide the increased pressure. we are currently using Argon. Brillouin Energy Corp. (BEC), currently has a control system that can produce impulse current spikes between 0.01 Hz and 100 KHz. The spike are less than 200 ns wide. We have some control over the shape, amplitude and rate on those pulses and the type of waveform used to load the conductor / cathode. Combine those with variables with the pressure in the system and concentration of NaOH and you have an idea of the system we are experimenting with. Michael McKubre is on our advisory board and when he can, they are performing some tests with our board on the setups currently running at SRI. We retained SRI to work with our equipment but there is some interest in our work on the part of Dr. McKubre. Robert E. Godes <[email protected]> President and Chief Technology Officer Brillouin Energy Corp. V (510) 821-1432 F (510) 280-3137
