You might notice that Pharis' theory that the patent was based on uses the neo-coulombic potential. Some observant person might notice that the name of my booth at NI Week was Neo- Coulombic- named after that potential. The same person might notice that I wrote the preface for Pharis' book ( The Dynamic Theory - A New View of Space-Time-Matter: The thermodynamic foundations of a five dimensional universe ) I normally shy away from theory in public and stick to experiments . But this theory and Letts' empirical fitted values have helped guide my experiments. No, they are not perfect but even the light from a small candle is good in total darkness. It is an obscure theory- to say the least. It is based on a 5 dim relativistic theory developed from thermodynamics using mass density as a physically real dimension. (avoids the cylindrical restrictions of KK theories) It predicts a "softer nuclear potential" (and non singular). It also gives a max mass to energy conversion rate (like 4D did for a physical speed). It predicts the nuclear binding energy closer than the standard models and reaction speeds within nuclear explosives. I like the theory since it derives EM and relativity starting from thermo instead of trying the other way around. I don't agree with all the theory states but it is an interesting and unique approach to GR and QM. I will warn others that the theory does things like allow for variations in G and h similar to Dirac's large number hypothesis and it seems to exclude neutrinos with mass. D2
> Date: Mon, 23 Sep 2013 13:26:25 -0400 > Subject: RE: [Vo]:New LENR patent application from STMicroelectronics > From: pagnu...@htdconnect.com > To: vortex-l@eskimo.com > > *** Resend of last partial email *** > Jones, > > By a nonsingular potential, he means that the 1/r term must be incorrect > as r --> 0. I have not read his theory so I have no opinion. > > The "De Haas-van Alphen effect" is a new one for me. > Interesting. I need to research it. > Whether it relates to Williams' theory may be a question you can ask him. > His website - > 'www.nmt.edu/~pharis/' lists his email address 'pha...@emrtc.nmt.edu' > > Another one of his interviews is at 'The Space Show' website - > http://thespaceshow.wordpress.com/2011/06/10/pharis-williams-friday-6-10-11/ > > I do not know whether his theories have been put through rigorous > experimental tests. > > -- Lou Pagnucco > > Jones Beene wrote: > >> > >> -----Original Message----- > >> From: pagnu...@htdconnect.com > >> > >> BTW, a recently published cold D+D fusion patent application is - > >> Deuterium Reactor -- US 20130235963 A1 > >> > >> ABSTRACT > >> The Deuterium Reactor is a fusion reactor whose design is based upon a > >> non-singular electrostatic required by the quantization of electric > >> charge. This potential allows for a significant reduction in the fusion > >> barrier of deuterium nuclei when these nuclei are held in close > >> proximity, > >> as within a crystal, and preconditioned using a magnetic field. > >> > >> > >> Lou, interesting find, in a way. > >> > >> At first this application seemed nutty, but the inventor was funded by > >> a > >> small grant from: > >> > >> http://en.wikipedia.org/wiki/Indian_Head_Naval_Surface_Warfare_Center > >> > >> Whether that adds any credibility to the application is debatable. > >> > >> One might reasonably ask: what is "a non-singular electrostatic required > >> by > >> the quantization of electric charge." Sounds cranky. Given the Quantum > >> Hall > >> Effect, it is hard to imagine what the inventor is talking about - > >> unless > >> he > >> is invoking Mills' f/H or redundant ground states - from another > >> perspective, or else Landau quantization. > >> > >> In regard to the later, the De Haas-van Alphen effect may indeed have a > >> place in a hypothesis for "nanomagnetism" in LENR ... in the way that > >> Ahern > >> and others are suggesting, yet I do not remember seeing this effect > >> mentioned before now. > >> > >> http://en.wikipedia.org/wiki/De_Haas%E2%80%93van_Alphen_effect > >> > >> Jones > >> > > > > > > > > > >
