Hats off to Nick ! Nick Reiter has generously compiled and placed his recent positive thermal results with cobalt-hydrogen in a Word doc at the bottom of the documents list here:
https://sites.google.com/site/ohiotoio/documents Note that this is not high-budget work, and is not yet verified by flow calorimetry - but if replicated could be far more important than Celani's recent revelations, for several reasons. 1) Celani sees thermal gain in the range of 20 watts, Reiter sees thermal gain in the range of 70 watts. In both cases COP is not large but the excess watt level portends eventual self-power. 2) Celani depends on an alloy, and long time delay before gain is realized. Reiter depends on simple ion deposition of cobalt in zeolite, with gain happening much sooner. 3) The setup, and processing of active material is much simpler - tank hydrogen is not needed for Reiter, since a hydride breakdown supplies hydrogen. P-in can be external or internal. 4) Long term results have been seen for both - even in the first effort by Reiter. 5) Both experiments beg for replication with calorimetry (as opposed to baseline thermometry), but Nick's is much simpler and much more robust. This is great news - and the "Reiter effect" is most likely a hybrid effect of f/H (fractional hydrogen) in a Casimir cavity with a ferromagnetic thermal dump (nickel or cobalt). I am not speaking for Nick on this theory, and he and Sam may be working on a different underlying theory. The results speak for themselves - when replicated. Jones
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