Jones, I’m not looking at it from a critical eye; I leave that up to those who have the detailed knowledge of atomic/nuclear physics…
The reason I submit refs to various scientific articles is to provide additional ideas, food for thought, which might help others formulate a physical mechanism… the common thread between the Swede’s paper and the ref I just posted is the observation that the ‘force’ can change from attractive to repulsive depending simply on frequency. Does QM explain that? In fact, the statement below seems to say that they can control the interaction between two atoms in any way: attraction, repulsion and “pass right through each other without colliding.” "The atoms exhibit fascinating behavior in this system," he said. By exposing different parts of the sample to different laser intensities, "We can choose to make the atoms attract or repel each other, or pass right through each other without colliding." For example, is it possible that to get two atoms to pass right thru each other requires aligning magnetic axes perpendicular to each other… -mark From: Jones Beene [mailto:[email protected]] Sent: Thursday, October 15, 2015 12:49 PM To: [email protected] Subject: RE: [Vo]:Swedish scientists claim LENR explanation break-through From: MarkI-ZeroPoint Ø Ø I posted a ref from physorg ... It involves a new observation about resonance which might tie in with the Swede’s paper... Mark, No problem with the resonance. It’s the neutrons that are the problem. What the Swedes should know, but apparently do not fully appreciate, is that neutrons simply cannot be involved as a modality in LENR, since there is no induced radioactivity. It is as simple as that. In fact, their theory is almost an embarrassment. Neutrons are insidious and difficult to contain. Even at the lowest energy (ultra-cold), neutrons will eventually activate almost everything they come in contact with. The good news would be – this activation should serve as instant proof of LENR when it happens, but the bad news is that it never happens. Most of the mass of the Hot Cat is the element aluminum – in the form of alumina ceramic. Neutron activation of aluminum occurs by numerous neutron capture reactions and the cross-section is substantial for thermal neutrons (few barns) and gets higher with colder neutrons. Such reactions as 27Al + n = 28Al, 27Al(n,a) 24Na, 27Al(n,2n)26Al and 27Al(n,p)27Mg show up at once. Even if by some miracle, only one neutron out of a million diffuses to the tube wall - these insidious little bastards would activate the alumina into a radioactive health hazard within minutes of excess heat showing up. The excited states following activation will undergo beta decay over protracted time periods and emit gammas as the nuclei de-excite to their respective ground states. Radioactivity would continue for months. Since this does not happen, we can be almost certain that neutrons are not involved in the Hot Cat operation.
