Another possibility for LENR is that dense hydrogen clusters configure themselves to assume the “strange metal” state. The orbital electron becomes effectively unbound and minimally associated with any single nuclepn. If the electrons then form into much denser Cooper pairs, due to the associated positive charge of the protons, then they should condense even further.
I think the paper got this part partly right and partly wrong. QUOTE: electrons… may be organizing themselves into a “maximally scrambled” quantum state, in which the properties of each electron depend on those of every other. This state of maximum scrambling might allow the electrons to scatter off one another and spread energy as quickly as the laws of quantum mechanics permit. Most likely a “maximally scrambled” quantum state is an electron condensate. Since electrons are fermions they must first pair, which we know does happen. Perhaps this paper could be revised to include Cooper pairing followed by condensation. From: Axil Axil This new finding could have implications for the theory of LENR. There have been many and varied observations that Bose condensates behave just like black holes. Bose condensates are superconducting and coherent. Hydrides including ultra dense hydrogen are superconducting under high pressure. There could be a fundamental quantum mechanical based behavioral law at play that causes Bose condensates to mimic black holes. It could be this universal property of the universe that gives LENR its soul. It is this black hole like behavior: namely hawking radiation that may be the major source of power production related to the LENR reaction. Those strange tachyon like particles we call strange radiation or black EVOs that we see in LENR experiments could be superconducting, Bose condensate like, Plasmoids that produce the vacuum energy that we see in LENR. It all could be connected by a universal law called Planckian dissipation phenomenon. On Fri, May 3, 2019 at 3:03 PM Axil Axil <janap...@gmail.com> wrote: https://www.quantamagazine.org/universal-quantum-phenomenon-found-in-superconductors-20181119/ Universal Quantum Phenomenon Found in Strange Metals It looks like black holes, superconductivity, the uncertainty principle, gravity, and the holographic universe are connected by an as not yet fully understood commonality: Planckian dissipation phenomenon.
