Hi Robin, Thanks for the brief but concise tutorial concerning my questions on the progressive evolution of hydrino states. The graphics at your web site were helpful as well.
I gather there has been some speculation that much of the missing mass recently detected in our universe might turn out to be nothing more exotic than hydrinos floating about in the deep recesses of outer space. The implication is that this yet-to-be-detected state of matter does not tend to interact with other hydrinos nor other elements - except in special situations like the BLP catalysts. All this, of course, remains highly debatable for now. I gather that, so far, nobody has figured out a way to directly detect the existence of hydrinos. They are, after all, extremely tiny critters. Setting aside claims of recorded excess heat, the assumption that hydrinos exist appears to be built entirely on unique spectral analysis signatures and special hydride compounds that Mills claims to have manufactured. These hydrides appear to posses unique characteristics that might turn out to have lucrative industrial applications. I understand Mills has been willing to share these specially manufactured compounds with other labs for verification of claims. Too bad there doesn't appear to be an academic interest (perhaps on the graduate level?) in devising experiments that might help prove or disprove in the direct sense the existence of hydrinos. This does bring up many questions pertaining to whether it is possible for hydrinos to combine with other elements and produce unique alloys with unusual characteristics (i.e. the theorized BLP battery). Again, I get the impression that hydrinos don't interact, perhaps because they are situated down in a deep energy well making it difficult to combine covalently or ionicaly with other elements. Obviously, Mill's special hydride compounds are claims to the effect that there may be circumstances where combinations ARE possible. >From my perspective there remain many unanswered questions making it difficult >to prove that they really exist. Regards, Steven Vincent Johnson www.OrionWorks.com
