OK , I will finish off UFT255 and then write the chapter, followed by the LENR paper.
In a message dated 30/12/2013 10:16:53 GMT Standard Time writes:
This sounds good. I am sure there is more than enough in the two papers plus notes to form a solid chapter for the em monograph also. The discussion on B(3) will fit very nicely also.
The LENR discussion is very timely.
DougOn Mon, Dec 30, 2013 at 12:50 AM, <EMyrone> wrote:
The reactor explodes if too much initial energy is used. I note that in the article just sent over by Steve Bannister the reactor is stable at 1,100 C, see a later posting on this blog. A temperature rise of 1,000 C was observed in 10 seconds. When an explosion occurs steel is vapourized, i.e. sublimated and recondensed, indicating tremendous latent power as one might expect from a nuclear reaction. This reminds me of the first conversation I had with Horst Eckardt back in about 2007 at Craig y Nos Castle on a variable frequency Faraday disk generator which exploded under certain conditions. That led to hugely popular papers such as UFT63 and UFT107 based on spin connection resonance. The U. S. Navy seems satisfied with the explanation I have given of the giant resonance observed by Alex Hill, again in terms of spin connection resonance. There should be a certain Nobel Prize for people such as Rossi and the Alex Hill group. Otherwise the Nobel Prize means nothing, politicized and devalued by self seekers. Hopefully the Royal Swedish Academy will right itself and recognize true merit. So in future work on LENR I wil work spin connection resonance in to the fermion equation. The last paper UFT254 and the notes for UFT255 discuss simplified vector formats of the Cartan identity that can be used to study spin connection resonance.