IRH or Inverted Rydberg Hydrogen is Miley's version of dense hydrogen. It is really, really dense.
http://www.ias-spes.org/SPESIF2010/FORUM/Abstracts/Miley_032_abs.html If I am reading this correctly, Miley says the distance between nucleons is <2.5 picometers. If the normal atomic diameter of hydrogen is >150 pm then the number of hydrogen atoms (IRH) which can theoretically fit into a nickel nanocavity is greater by a comparative factor of the cube of 60, correct? That would be a ratio of roughly 216000:1, give or take - and that is compared to metallic hydrogen. . burp . If there is anything like a metaphorical Lawson criteria for LENR, then this incredible density level would lower it correspondingly, no? I do not think that is what is happening, but the point is that "all bets are off" in looking for guidance to known hot fusion reactions - as a way to explain dense hydrogen reactions. Jones
