Nice video. Kudos to Matt!
Coherent Neutron Production
Laboratorio Elettrodinamica Avanzata, Milan, Italy
May 2020
"Coherent states in matter can spontaneously form due to the interaction with the radiative component of the electromagnetic field. These configurations acquire an energy gap of the order of 1 eV per particle and are therefore dynamically stable. When excited, these configurations are able to transfer their energy coherently, enabling highly energetic mechanisms. In this paper I show how it is possible to produce neutrons through such a coherent mechanism. I also make a prediction about the possibility of measuring deuterium produced from hydrogenated metals."
"In this work I have shown a calculation of the production of neutrons in a metal matrix highly loaded with protons via electron capture by the protons. The basic idea is that the vibrational coherent configurations of the electrons and protons in the metal have a collective energy which is sufficient to overcome the mass-energy gap for one single EC. The result of such a calculation is that ultra-cold neutrons are indeed produced together with a low-energy neutrino flux. The rate of production of such neutrons is sufficient to produce detectable amounts of isotopes. An experiment aimed at detecting the production of deuterium nuclei starting from pure hydrogen interacting with Ti crystals is currently underway in our laboratory."
"A simple universal physical mechanism hidden for more than half a century is unexpectedly discovered from a calculation of low excitation antihydrogen. For ease of reference, this mechanism is named Gailitis resonance. We demonstrate, in great detail, that Gailitis resonances are capable of explaining p+7Li low energy nuclear fusion, d-d fusion on a Pd lattice and the initial transient fusion peak in muon catalyzed fusion. Hopefully, these examples will help to identify Gailitis resonances in other systems."
Nice paper from forum friend Dr. Mitchell Swartz - paper daties back to 2009, but still very relevant.
You know I'm pretty sure this helium production is some condensed hydrogen dimer like Dr. Mills' measurements say. Four hydrogen or two deuterons. All the experiments have helium, less than the capture/fusion but still lot's of heat heat. Alternatively it's the hydrino dimers and such inefficiently formed in lattice that we have measured in situations all along.
https://www.researchgate.net/p…ems_as_a_New_Power_Source
DEUTERON–DEUTERON REACTION CROSS SECTIONS AT VERY LOW ENERGIES
K. Czerski, N. Targosz-Sleczka, M. Kaczmarski - Acta Physica Polonica B 51, 2020
"Recent studies of the deuteron–deuteron nuclear reactions in metallic targets, at projectile energies below the Coulomb barrier, show a significant enhancement of cross sections due to the electron screening effect and the threshold resonance contribution. Both effects are sensitive to the crystal lattice defects of the target material which increases the effective electron mass. Based on experimental results and the atomic deuteron–deuteron potential, we could calculate here the cross section of the 2H(d; p)3H reaction down to energies corresponding to room temperature where the enhancement effects are of crucial importance."
http://www.fizyka.univ.szczeci…dex.php/en/people/49.html
FIELDS OF INTEREST
nuclear reactions in interiors of stars
low energy nuclear reactions
electron screening effect in nuclear reactions
d+d fusion reactions
screening in α and β decays
branching ratios of (d,p) and (d,n) reactions
cold fusion
Recent studies of the deuteron–deuteron nuclear reactions in metallic targets, at projectile energies below the Coulomb barrier, show a significant enhancement of cross sections due to the electron screening effect and the threshold resonance contribution.
Cross sections are fossil standard model logic and are only valid for kinetic experiments of the same measured elements. There is no working theoretic model for cross sections as these just can be measured only. Like the famous Gammov factors that sometimes differ by a factor of 10'000 from theoretical values....
In reality the cross section of Deuterium (according classic logic) is infinitely large as Deuterium located on a styrene catalyst does fuse without any energy input, when you lower the pressure to 10-5 torr.
Thus such papers are a waste of time only!
