Informed speculation is one thing. Stringing scientific words together to make nonsense is different.
i notice you have not replied to my previous comment on nonsense-theory.
Here is comment on the rvised nonsense-theory.
Axil wrote:TallDave wrote:Rossi, BLP, Brillouin... what is it about nickel?
I believe that three basic factors are required to make a working LENR system.
1-Quantum mechanical coherence (QMC). This is needed to convert nuclear radiation to thermal power and to amplify the effects of the Yukawa potential (also called a screened Coulomb potential). When QMC has not yet been established, the nuclear radiation that is being produced in nuclear reactions at active nuclear sites will escape as gamma and x-ray radiation before it can be transformed into heat energy.
Same as before - is this coherent electrons ar coherent nuclei? Neither is possible at high btemp, but coherent nuclei not possible at any temp.
Nuclear reactions affect atoms in a large assemblage of coherent and entangled atoms by sharing the energy produced in any one member of the QMC assemblage among all its members.
"atoms"? You mean electrons. So, we have, for sake of argument, coherent electron wavefunctions. This is very possible if you pair electrons to make them boson-like. Bose Einstein Condensate is such.
In such a coherent collection, what happens to one member of such a coherent collection happens to them all. An averaging effect takes place where the nuclear energy output of one atom is averaged over a hundred or more atoms in the coherent collection.
Remember, it is electrons that are coherent. Therefore this does not affect nucleons, or nuclear reactions, which happen using different forces, at different spatial scales.
In the Rossi reactor, at startup, a large amount of gamma radiation appears before QMC has established itself because the temperature of the nickel has not gotten to the relatively low Curie temperature (nickel has the Curie temperature of 631 K (~358 C)). Formation of QMC is magnetic in nature.
This does not compute. Why should QMC be magnetic in nature? And why should it be more possible at higher energies? That is the opposite of what is normally the case. Give me some proposed electron wave functions, or spin states, and we will discuss.
To form BEC from electrons you need to form Cooper pairs, but these are easily disturbed through interactions with other parts of system and therefore need very low temperatures.
When nickel is ferromagnetic it cannot join the QMC assemblages. Nickel must first be made paramagnetic by heat to join the QMC assemblage. The QMC amplifies both the nuclear power produced and the heat output conversion of the cold fusion reaction.
pseudo-conclusion based on incorrect facts.
Rydberg matter produces the QMC effect in nickel as Coherent hydrogen molecules are ionically attracted to the surface of the nickel. The strong dipole field of the Rydberg matter produced by a large coherent circulation of electrons with very large dipole moments induces a powerful paramagnetic field in the nickel within a quantum mechanical “blockade” distance of up to a micron.
As the hydrogen envelope grows hot, more nuclear reactions take place in the coherent nickel on the surface of the nickel and more efficient gamma radiation conversion to heat occurs.
Why - even given the incorrect statements on which the whole post is based, why should this be the case?
This is why nuclear ash transmutation products are found imbedded in the surface of the nickel.
Too strong. surface contamnination is very common and would be normal reason for such results. Are the transmutation products with isotopic ratios not normally found in nature? That would be the fact that signified nuclear transmautation rather than contamination. Lack of this is why the science community does not jump on this "transmutation" evidence and get interested.
2 - Yukawa potential – to be supplied
3 – Rydberg matter – to be supplied
