No, I can't explain if there is any significance to the MgH2 as to QM; I'm probably hunkered down in the thermonuclear camp, sorry.
As to the Chan/Phen/Ortiz postings, they are totally unsupported, but my experience of working with backyard 'engineers' and the language they used suggests to me that they are reporting actual results - I would not disregard the postings out of hand. The rate constants of H from MgH2 may be their key. H2 gas may form hot spots that melt the nano tubercules, whereas slow H from dispersed MgH2 may not. Also, not handling gaseous H2 simplifies the entire perspective. ----- Original Message ----- From: Jones Beene To: vortex-l@eskimo.com Sent: Tuesday, January 24, 2012 5:17 PM Subject: RE: [Vo]:MgH2 as hydrogen source Jay, Interesting idea, but "Chan" raises many red flags. Are there pictures? Video? Website? Can you explain how MgH2 would relate to QM in particular? From: Jay Caplan I'd like to solicit comments from the list re the Chan/Phen/Ortiz postings using MgH2 as H source http://www.ecatplanet.net/showthread.php?100-Chan-Method-of-Ni-H-fusion as it would pertain to QM theory, to thermonuclear processes, and to the noted 'quiescence.'
