Yes, I guess I did! JSBrown has several papers on arXiv that show the progression of his thinking on: -- deuterated metals, -- a possible room-temp BEC state, -- canceling of Coulomb barrier and -- lack of energetic particles...
All of those papers (4 or 5) were posted in 2006 and 2007, with the last paper (the one I just posted yesterday) posted to arXiv in Nov '07. NOTE that these were ALL done well BEFORE Rossi came on the scene... -Mark > _____________________________________________ > From: Jones Beene [mailto:jone...@pacbell.net] > Sent: Saturday, May 21, 2011 11:34 AM > To: vortex-l@eskimo.com > Subject: RE: [Vo]: arXiv paper: Enhanced low energy fusion rate in > palladium... > > Awkshully, Mark - you covered the H+H situation too, back in Jan: > > http://www.mail-archive.com/vortex-l@eskimo.com/msg42057.html > > but it bears repeating, since Dr Brown did comment directly to Rossi. > > The important things which Julian misses IMHO - and which makes this > energetic reaction both > NON-fusion, energetic and sub-nuclear - is the Nyman paper: > http://dipole.se/ > .... which explains how the probability of a strong force interaction becomes > far more likely than > ever suspected - but since P+P fusion is forbidden at low energy - we must > resort to the Dirac > alternative for gain, which is the epo-field disruption by the strong force - > resulting in 6.8 eV > photons. > > This is the excess heat of the Rossi reaction IMO. Fortunately, the > hypothesis is falsifiable. > > Jones > > > Julian Brown > January 27th, > > Congratulations Mr Rossi. You may have saved the planet. > > The anomaly has a relatively simple explanation: > > Effective potential for H in Ni and Pd is very flat because of surrounding > countercharge, so ground state of H has gaussian width of about 0.3 Angstrom. > > H-omega transition to 1st excited state in harmonic well is about 50 meV (8 > THz). This frequency > is not attenuated over lattice cell dimensions, so transitions are unscreened. > > Ground->excited -- exited->ground interaction between neighbours causes first > excited doublet of two H to mix into bonding and anti-bonding states. > > Splitting, large because of 0.3A width, may be greater than h-omega, so > bonding > state is actually true ground state. > > Dipole attraction exactly cancels monopole repulsion at very short H-H > distances. > > Gaussian tail from neighbouring cell can overlap with other H without any > exponential die-off, resulting in nuclear contact and some sort of p+p > reaction. > > Multisite coherence forbids emission of short wave quanta, so normal n,p, > gamma > channels are forbidden. > > See http://arxiv.org/abs/cond-mat/0703715 for the details. > > > > > From: Mark Iverson > > No, the one in your post was: > "H-H dipole interactions in fcc metals" > which I think has been mentioned on vortex a few times. > > What they have in common is the mind of J.S.Brown. > -Mark > > > From: Axil Axil > I beleive that this reference is the same as in my post "the dipole constrant" > On Fri, May 20, 2011 at 9:39 PM, Mark Iverson <markiver...@charter.net> wrote: > FYI: > > "Enhanced low energy fusion rate in palladium (Pd) due to vibrational > deuteron dipole-dipole > interactions and associated resonant tunneling that over-cancels the Jastrow > factor between > deuteron pair wavefunctions" > > Abstract > We show that interstitial hydrogen nucleii on a metallic lattice are strongly > coupled to their > near neighbours by the unscreened electromagnetic field mediating transitions > between low-lying > states. We then show that in almost-stoichiometric PdD clusters, in which > most interstitial sites > are occupied by a deuteron, certain specific superpositions of many-site > product states exist that > are lower in energy than the single-site ground state, suggesting the > existence of a new low > temperature phase. The modified behaviour of the two-particle wavefunction at > small separations is > investigated and preliminary results suggesting an over-canceling of the > effective Coulomb barrier > are presented. > > Mark N. Iverson > markiver...@charter.net > > >
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