'The Journal of Fusion Energy' appears to have an Impact Factor of merely 0.858.
How much did ya pay 'em to publish yer paper then Michael?
How much did ya pay 'em to publish yer paper then Michael?
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Yes, it's a minor journal concerned with development of thermonuclear fusion as a useful power source, and a forum for discussion of broader policy and planning issues. Not astrophysics by any stretch.It is not the journal one would choose to make such a claim. The peer reviewers are likely not astrophysicists, who would understand the processes described, and the significance of such a claim.
Then your memory is playing tricks on you.
Evidently so. My apologies to Tim. I met quite a few good folks at ISF, but none that I respect more than Tim. That thread covered a lot of territory and a lot of topics in short order so I didn't recall all the details of that that conversation with Tim. I recalled that he wasn't happy with a perceived lack of specific CNO wavelengths, but I also cited material for him that shows that Rhessi picks a wide gamma ray spectrum which include all the CNO specific wavelengths.
2005ESASP.600E.108A Page 108.1
I believe that was one of the documents I referenced. Rhessi sees a full range of MeV wavelengths during solar flare activity, including all those wavelengths which are specifically associated with CNO fusion.
And I believe that paper was dealt with by a number of people on ISF, and shown not to be what you think it is.
For a kick off, there is no nitrogen detected from what I can see in fig. 5.
There is a lower case 'n', but that is neutron capture at 2.2 MeV.
And there is no stand out emission at the frequencies we'd expect to see it for fusion.
There is nothing in that paper to indicate CNO fusion.
I think the authors might have been all over that, had it been the case.
There is evidence that all the wavelengths which are related to CNO fusion are observed by Rhessi in flare activity. It is open to interpretation like most uncontrolled observations however.
Another significant component in the spectrum is the 7Li - 7Be line complex formed in the fusion of flare-accelerated alpha particles with ambient 4He (Kozlovsky & Ramaty 1974; Share et al. 2003b).
And as far as I can see, that interpretation is wrong,
and nobody else has made it,
and it wasn't published in a paper where its faults were likely to be picked up.
Here is a similar observation, where the authors do interpret the data, and publish it in ApJ:
RHESSI e+ - e- ANNIHILATION RADIATION OBSERVATIONS: IMPLICATIONS FOR CONDITIONS IN THE FLARING SOLAR CHROMOSPHERE
Share, G. H. et al.
http://gaia.astro.umd.edu/~share/publications/share_511_2004.pdf
Interestingly, they do seem to observe some flare related fusion:
And another, where they see C and O de-excitation, among other things, but no fusion:
Solar Neutron Events of October-November 2003
Watanabe, K. et al
https://arxiv.org/pdf/astro-ph/0509527.pdf
Technically any fusion observed near the surface of the photosphere supports Scott's model (including neutrino variation over time), although the bulk of it would need to occur under the surface.
No, it doesn't. His model is already dead. Gamma rays kill it.
So does the neutrino flux and energy spectrum.
So does the lack of a current.
So does the solar wind, etc, etc.
There is zero evidence, nor need, for Scott's/ Juergen's/ Thornhill's, or any other silly EU models.
On the other hand, the evidence matches extremely well with the SSM.
Zero evidence, zero need for anything else. Ever hear of the principle of parsimony?
Gah! No, gamma rays do not kill it. Thornhill and Scott specifically put the main fusion process inside a double layer *in* the photosphere, not above it.
Modern nomenclature calls it a 'double layer' (DL). It is a well known phenomenon in plasma discharges. Because of the DL positioned between points c and e,.......
Fusion in the Double Layer
The z-pinch effect of high intensity, parallel current filaments in an arc plasma is very strong. Whatever nuclear fusion is taking place on the Sun is probably occurring here in the double layer (DL) at the top of the photosphere (not deep within the core).
According to his diagram, (the graphical parts of which are based on the standard physical math descriptions), the E-field is flat between points b and c and the charge density is neutral, which supposedly also corresponds to Scott's photosphere.... So, where in all of that is he plunging this non-existent DL deep below the photosphere, ...
I will say this, you are on the right track with respect to solar wind, and that is also the reason that I prefer a cathode model over an anode model. What about the solar wind do you believe is in conflict with an anode model?
Positive ions leave the Sun and electrons enter the Sun.
Positive ions stream outward from the Sun's surface and accelerate away, through the corona, for as far as we have been able to measure. It is thought that these particles eventually make up a portion of the cosmic ray flux that permeates the cosmos.
The energy plot (to the right of point e) actually trails off, with slightly negative slope, toward the negative voltage of deep space (our arm of the Milky Way galaxy). A relatively low density plasma can support a weak E-field. Consistent with this, a low amplitude (positive) E-field extends indefinitely to the right from point e. This is the effect of the Sun being at a higher voltage level than is distant space just beyond the heliopause. The outward force on positive ions due to this E-field causes the observed acceleration of + ions in the solar wind.
The solar wind (SW) has several enigmatic properties among which is the unexplained high maximum velocity of the fast SW (~ 800 km/s).Additionally, after leaving the Sun, this stream of charged particles accelerates – increases its velocity. Previously proposed mechanisms have not fully explained how this increasing velocity can occur nor how it can attain its high final value.
When seeking an effective mechanism for accelerating a charged particle such as a proton or other positively charged ion, an obvious idea would be to investigate the effects of the presence of an electric field.
It is important to note that the required charge density as shown in figure 6 is everywhere greater than zero. Thus, only positive charges (+ions) are involved in the acceleration mechanism. No participation of electrons in the required charge distribution is indicated.
It is not the purpose of this work to present a description of the Electronic Sun (ES) hypothesis. However, it should be pointed out that the solar wind acceleration mechanism described here is an obvious consequence of that model. The ES hypothesis states that outward bound positive ions and protons (that will become constituents of the solar wind) rise up from the photosphere, accelerate through a plasma double layer (DL) and collide with neutrals, other atoms, and ions in the lower corona. Their radially directed (kinetic energy) velocity is thereby brought almost to a standstill.
Electrons that were associated with these ions drift downward, back out of the lower corona, and serve to maintain the DL as per the Langmuir requirement.
It is surprising that it has taken so long for the electric-field to be considered as a possible causal force in astrophysics.
According to his diagram, (the graphical parts of which are based on the standard physical math descriptions), the E-field is flat between points b and c and the charge density is neutral, which supposedly also corresponds to Scott's photosphere.
DL??? Pffft!!
Its all word-salad and crayon drawings scrawled on the walls of his institution provided cell!
Not only does Scott's/Juergen's anode model produce *one* DL, it produces *many* of them! Oy Vey. You folks are so clueless at times, it's just painful to watch.
Yes they do. As I've already pointed out. How the hell are you getting a DL inside the photosphere?
Firstly where, in the written material by either of those two, or Juergens, do they claim that the neutrino production is anywhere other than the top of the photosphere? No links to woo videos, thanks. We are discussing Scott and Thornhill's claims, as made in writing.
Thornhill said:To sum up, the electrical model of the Sun requires that neutrinos of all “flavours” are produced by heavy element nucleosynthesis in the photosphere of the Sun.
So where have they written this down? I keep asking, and showing you that Scott wants the fusion above the photosphere. Show me.
And, by the way, that experiment has nothing to do with a star. Stars aren't metallic spheres plugged into the mains. Try again.
This is right before you yourself literally posted the answer to your own questions from this link:
Solar neutrino puzzle is solved? – holoscience.com | The ELECTRIC UNIVERSE®
Ya, in fact they very well could have a rigid, and even a potentially solid mostly metallic layer about 4800Km under the photosphere.