Great,
in the description they affirm some great results, and the schematics show something not far from what is done with Dogbones, Mizuno replications, but with carbon nanotubes... If it works as claimed... great...
off topic: About theory, the [0050] paragraph make me think about
* why in hot fusion does the least energetic branch get chosen more often : because it has to be quick ? who can explain why?
* why in LENR does the highest energetic branch, the least radioactive outcomes seems preferred ? my proposal is, as I often said before, inspired by Hydroton theory
-> it is the most stable, the least remaining energy outcome, because something in the NAE have time to decay as low as possible, in small intermediate steps, emiting small quanta (X-Rays as they say in the description?) like uranium have time to decay to lead, like tea have time to reach room temperature after days... in hot fusion, decay have to be direct, fast, fastest, big MeV quantum, ... In cold fusion it seems there is time, that non-radioactive outcome are preferred in Iwamura thinfilm experiments, that He4+24MeV is prefered because there is less energy in He4 than in t+p or He3+n...
Maybe my vision is naïve... This is for me the great question... why are low energy outcome prefered... and with 0050 paragraph remind me also that He4 is the most stable outcome...