JedRothwell :

If you can't find a technical error in this paper, it has to be right according to the Jed Rothwell criteria for cold fusion work. Happy zitterbewegung'ing!

So, the plasma has the same dimensions as the cylinder, or the cylinder is just as hot as the plasma? (Again).

SevenOfMary appears to think this is a peer-reviewed paper, published in a proper journal.

Not that it makes a difference, as there’s still a zero chance of him reading either...

Quote from Shane D.

Guessing Gullstrom and Vassalo

this 'paper' has strong resemblances to the reference 13 by Tommaso and Vassalo... zitterbewegung etc

.the 437 nanometer blue plasma spectral peak with hydrogen ????????? has that been revealed before or was it just a vague blue light?

How does that fit with

The reaction emits very low levels of electromagnetic radiation—the same kind as e.g. light, radio waves, and microwaves."

The wavelength is essentially between 300 and 330 nanometers, slightly shorter than UV-light from the sun.

No other kind of radiation from the E-Cat has ever been detected.

by the reasoning in the 'paper' one might expect a corresponding peak in the infrared for deuterium..2850 nm..

However this issue among others is not addressed

The purpose of this 'paper' is not to inform however. I agree.. Shane.. but to advertise.

https://animpossibleinvention.…h-launch-on-january-31st/

https://e-catworld.com/2019/01…exotic-electron-clusters/

Article E-Cat SK and long range particle interactions is cureently discussed at e-catworld.com website.

Quote

Dense electron clusters are introduced as a probable precursor for the formation of proton-electron aggregates at pico-metric scale, stressing the importance of evaluating the plausibility of special electron-nucleon interactions, as already suggested in previous study. An observed isotopic dependence of a particular spectral line in the visible range of E-Cat plasma spectrum seems to confirm the presence of a specic proton-electron interaction at electron Compton wavelength scale. Coulomb repulsion between electrons at a distance of four reduced Compton wavelengths can be balanced by Casimir force in specific geometric configurations.

and even more importantly

Quote

After 60 days of continued operation an E-Cat SK has produced (as we can and from a simple extrapolation) 31 680 kWh of heat, approximately the equivalent of 2762 kg of heating oil (avoiding, at same time, the emission of about 800 kg of CO2).”

This theory actually gives some meaning for me. In my theory cold fusion runs via low-dimensional collisions of long chains of hydrogen and lithium, the inertia of which acts there like miniature pistons. But this is not the whole story. These long but compact chains of atoms exhibit anomalies, which can be described like uni-dimensional entanglement and/or Allais effect at small distance scale. That means that collinear particles utilize mutual shielding effects of virtual particles in vacuum, which in turn held them by much stronger force than this one which we can observe at proximity of massive bodies.

The most close example of this behavior already recognized by mainstream physics is so-called Hungarian boson, which has been observed around elongated atom nuclei. Holmlid also observed formation of dense hydrogen chains which could be held by similar force and BLP even presented video of some filaments.

So that the general idea is, inside Quark-X/ECat-SK reactor the thin film of lithium gets bombarded by lithium ions and protons from hydrogen plasma. This film gets semicrystalline at surface of cathode and it consists of chains of lithium atoms, which bounce mutually and accelerate hydrogen nuclei between them by Astroblaster effect. At the moment of collision the hydrogen and lithium nuclei form compact chains, which get entangled with Casimir field and the electrons between them form sorta dense tube which allows neutrons to pass freely from lithium to hydrogen and merge them mutually.

The low-dimensional entanglement of atom nuclei could explain, why cold fusion always requires low-dimensional arrangement for to run (nanocracks, whiskers, shock waves). But it could also explain the apparent paradox of cold fusion, which lack the production of energetic radiation and / or even release of neutrons. The formation of dense tubes of Casimir vacuum condensate along axis of colliding atom nuclei could explain it in multiple ways.

At 1) we can consider, that these dense tubes serve like waveguides ("optical filaments") for neutrons and photons and 2) they slow-down the travelling of neutrons and electrons (compare also Widom-Larsen theory with its "heavy electrons" and "slow neutrons" - all these things suddenly have meaning there) 3) dissipate and dissolve the energy of neutrons by itself 4) force them to pass through axis of tube and absorb in another atom nuclei, which are residing along single line in this moment 5) exchanges its energy with another atoms along much large surface area, than pin-point collision would enable. In this way the condensate along chain of atoms behaves like spring absorbing the most energetic vibrations and spreading them along its axis.

Best of all, the decay of this condensate could also explain the formation of strange jets and helical tracks, which were occasionally observed during cold fusion experiments by mechanism similar to decay black hole jets into dark matter particles. In dense aether model these fast rotating artifacts could decay into sorta vortex rings of vacuum ("scalar waves" observed first by Nicola Tesla). Their intrinsic magnetic field and anapole charge forces them to travel along spiral like charged particles within cyclotron.

Whose signature/initials is it in the lower right?

The R'ster might want to study up on FL regs for the use of particle accelerators.

Yeah, that is his biggest concern right now I bet