No have seen pictures of Alkena the beautiful alien on the internet. I would like to meet her.
Does that nullify my "aliens farting through a wormhole induced by coherent EMF" theory of cold fusion? -----Original Message----- From: torulf.greek <[email protected]> To: vortex-l <[email protected]> Sent: Sun, Jan 19, 2014 5:32 pm Subject: Re: [Vo]:Triple Coherency Some similarity to Hagelsteins theory. No photons but a nuclear state, phonons and a nuclear dump state. On Sun, 19 Jan 2014 13:41:28 -0500, ChemE Stewart <[email protected]> wrote: Does that nullify my "aliens farting through a wormhole induced by coherent EMF" theory of cold fusion? On Sunday, January 19, 2014, Jones Beene <[email protected]> wrote: Thanks Frank … and BTW – for those not familiar with Frank’s observations … it should be mentioned, even though he did not, that this parameter space seems to be consistent (or within a close range) with “megahertz-meter” … no? From: [email protected] Brilliant work Jones. -----Original Message----- From: Jones Beene About 7 years ago here on Vortex - before the plasmon/polariton technology was being spread around cyberspace as being particularly relevant to some types of LENR (by NASA no less)- and long before the Rossi HotCat, we raised a relevant issue called "triple coherency". Basically, the question was posed: What would happens if one can engineer a constant and coherent flux of three different forms of mass/energy within a closed reactor: 1) photons 2) electrons (local AC) 3) phonons And moreover would a "new kind of condensate" emerge? A 'new kind of condensate' means a macro-state in which we are not restricted by bosons or by near zero Kelvin temperatures, but are considering the next larger plateau of interlocking geometries, which are conjoined by abnormal but coherent energy dynamics at a higher level. It is misleading to refer to this as a BEC. Forcing all three parameters into some kind of mutual coherency (or superradiance) would be limited by several factors, mostly by the geometric excursion possibilities of the heaviest (densest) component: phonons.
