Well one thing I found interesting is the light Sigma Mesons referred to in this paper is I think around 500MeV.
This is quite close I think to the mass of the Kaons. Could nucleon resonance of a Sigma Meson some how open the door to Kaon emission? There is a nucleon resonance window for Phi meson emission used by Kaon factories such as Delphi and other such experiments but I suppose this would require higher energies around 900MeV. On 23 Mar 2017, at 16:15, Jones Beene <jone...@pacbell.net<mailto:jone...@pacbell.net>> wrote: Well, this could actually win a prize - in the existential fiction category. It is most reminiscent of Sartre's 'Being and Nothingness.' The "Summary and Discussion" at the end essentially says it all: "The needed parameters are not known from experiment" .... This would not be the first time that a decent explanation is desperately seeking to find a validating experiment, but there is a logical disconnect midway through, with no attempt to integrate two distinct topics... indicating that there is no there there. Possibly a PR event in disguise... aimed at influencing an upcoming jury trial Stephen Cooke wrote: If I'm not wrong this coupling of isospin states of the sigma meson could even have implications at nucleon level. Especially if it really is the mediator of the strong force as has been speculated over the last few decades. If this theory turns out to be correct and if I understood correctly that there is a long range coupling component under special conditions I wonder if this could also have implications for Holmlids ideas and experiments? "bobcook39...@gmail.com<mailto:bobcook39...@gmail.com>" wrote: VORTS— Finally a theory coupling electron orbital energy states with nuclear energy states involving magnetic fields and isotopic shifts to lower potential energy. It fits the LENR multibody reaction model and explains the lack of energetic particles associated with two- body nuclear reactions. I give it a thumbs up! And it may be in time for consideration by the distinguished Swedish Committee that evaluates scientific advances for 2017. Bob Cook
