Bob, they mention 2 items I took careful note of 1 - an old problem coined "the Casimir mousetrap" [snip] The problem we intend to revisit is similar in spirit to the old story called "the Casimir mousetrap" for the stability of charged electrons. [10, 13] The negative charges on an electron surface give rise to a repulsive force between the different parts of the surface that has to be counteracted by an attractive force in order for the electron to have a finite radius. Casimir proposed that such attractive Poincaré stresses could come from the zero-point energy of electromagnetic vacuum fluctuations. [9] A number of attempts have been made to compute such Casimir energies. [10-13] However, all concluded that while the magnitude of the interaction was correct, it had the wrong sign. Further it gave a repulsive force. [10-13] [/snip]
I think this reinforces my "segregation" theory where the negative energy reservoir in a Casimir cavity is always balanced by a positive energy reservoir being produced by the geometry.. the math is solving for an equal but opposite force spread inside and throughout the lattice geometry forming the plates. IMHO this explains how Casimir effect can be incorporated into an energy source by virtue of Maxwellian like demon, sorting reservoirs of opposite vacuum densities from the isotropy instead of the classic Maxwellian reservoirs of hot and cold atoms. 2 - Time, Temperature and plasmons [snip] At extremely small distances - also tantamount to very high temperatures - the formulae are equivalent to the effect of the force of an electron-positron plasma in the space between the interacting ideal plates, according to the study. In this context, the mesons of the nuclear interaction theory become plasmons, which are collective excitations in the sea of electron-positron pairs in the vacuum.[/snip] Interesting that this paper indicates plasmons are induced from the vacuum by Casimir effect. Note I added "time" to issue 2 even though it is not mentioned in the snip because I think this relates again to Naudts paper regarding the effect upon hydrogen of Casimir geometry in his 05 paper on relativistic hydrogen as explanation for the hydrino... my point is that lowering vacuum density is equivalent to what the near C twin observes but without the need for dx - instead lowering the density below the isotropy instead of trying to compress it. IMHO analogous to employing displacement to float a boat in the ocean instead of the energy and tech required to compress water to several fathoms of pressure - and since vacuum engineering is only now being born we do not yet even have the tech to compress it other than near C dx or deep gravity wells. We do however have the ability to employ skeletal cats and/or nano powders to create displacements/ segregations in vacuum density but we still await the first simple McGiver like demonstration that exploits this force to convince the world. Fran From: Bob Cook [mailto:[email protected]] Sent: Wednesday, December 03, 2014 12:43 PM To: [email protected] Subject: EXTERNAL: Re: [Vo]:RE: Plasma: Casimir and Yukawa mesons Fran-- Another good bit of theroy. Note all the authors from Sweden and Norway. They must know about the recent LENR events including the visit of McKubre to Norway. The rings in LENR's nose are taking effect. Bob Cook ----- Original Message ----- From: Roarty, Francis X<mailto:[email protected]> To: [email protected]<mailto:[email protected]> Sent: Wednesday, December 03, 2014 9:19 AM Subject: [Vo]:RE: Plasma: Casimir and Yukawa mesons The arix pdf Casimir forces in a Plasma: Possible Connections to Yukawa Potentials appears to be free http://arxiv.org/pdf/1409.1032v1.pdf
