Interesting suggestion. Is it known how much energy can be released, and how localized it is?
Chemical Engineer wrote: > A simpler explanation could be the light was observed at the location(s) > of > newly created atomic hydrogen re-associating back to molecular hydrogen H2 > and releasing the large amount of energy gained from the spark > plug/arcing/disassociation. This localized, high energy release may then > trigger the nuclear effects on the surface of the powder, releasing > additional, anomylous heat. > > Wash, rinse, repeat > > On Tuesday, May 29, 2012, wrote: > >> Peter, >> >> I tried to respond to Nixter's suggestion on your blogspot that the >> light >> burst observed at Defkalion might indicate lasing. I think it failed to >> post due to my incorrect selection of buttons. However, what I said >> was: >> >> There is a phenomenon called "random lasing" that can occur in colloids >> of >> metal micro- and nano-particles. I am not sure how intense the >> resulting >> electromagnetic fields or temperatures are. It is improbable that this >> explains LENR, but maybe it's worth at least a look at whether Rossi or >> Defkalion have found optimum operating points for this effect. >> >> Lou Pagnucco >> >> Peter Gluck wrote: >> > Dear Colleagues, >> > >> > A nice comment has inspired me to write: >> > >> > >> http://egooutpeters.blogspot.com/2012/05/sequel-to-my-way-to-lenr-truth.html >> > >> > It is actually a question, a bit rhetoric but if the things go well >> > it could be really interesting. >> > Best wishes, >> > Peter >> > -- >> > Dr. Peter Gluck >> > Cluj, Romania >> > http://egooutpeters.blogspot.com >> > >> >> >> >
