Frank X. Roarty -------- Original Message -------- Subject: [email protected] From: Frank Roarty <[email protected]> To: [email protected] CC:
Mill's theory remains badly presented to the public - Jan Naudts gave him the right answer in 2005 and the right way to present the hydrino but Mills was too stuborn to accept a relativistic interpretation. Rossi on the other hand has no linkage between theory and producing a commercial product. Rossi has the stage and Mills is about to become a footnote if Rossi succeeds. I remain convinced the initiating event is based on Naudts relativistic interpretation resulting in an energy pump between gas law and sudden changes in energy density at the scale of Casimir geometry. The random motion of gas remains unchanged when energy density increases as you approach an event horizon or when energy density decreases due to Casimir geometry. We don't have an expedient random motion to move gas atoms across parsecs of space between different gravity wells at the macro scale but if we did it would be easy to imagine a scheme to rectify energy from this motion by creating an asymetry like molecular bonds for one condition and atomic states for another. We do however have this opportunity at the nano scale. Changes in Casimir geometry result in abrupt changes in energy density instead of the slow changes normally associated with gravitational gradients you not only have gas atoms existing at different densities outside Casimr cavities you even have dynamic changes inside the cavities as the geometry forms a changing tapestry where energy density varies wildly in both directions as a quantum effect while very locally the gas atoms are unaware of the changes and are still pushed along in random directions of gas law based on HUP. I think kowalski and Naudin recognized this as an opportunity to exploit a type of Maxwell's demon based on bond state instead of direction or heat where a hydrogen molecules reluctance to translate between different densities as compared to atomic hydrogen would create the asymetry and allow the normally chaotic motion of gas to be exploited as a discount toward molecular disassociation. This won't work where energy density is isotropic but it could work in the heart of an extremely active catalyst where combustion paths have been eliminated. Fran
