1. What are the isomeric spin energy sates and are they clost to the stable ground state? 2. Is there a phonic spin state that would support super conductivity?
3. HOW MANY ATOMS, N, MAKE UP THE SIZE OF THE GRAINS OF LuH AND HOW DOES THE PHONIC ENERGY QUANTA CHANGE BASED ON GRAIN SIZE? 4. IS THERE AN EXACT CONSERVATIO OF ANGULAR MOMENTUM OF THE ATOMIC PHONIC STATE AND AN NUCLEAR ISOMERIC LuH UNDER PRESSURE? AN INCREASE OF ENTROPY OF A CLOSED SYSTEM (INCREASED DISORDER/SPIN ENERGY LESS CONCETRATED) IS EXPECTED PER TH /D 2ND LA. The questions and assertions reflect a possible common physics at work in LENR and S.c. within a stable entangled system in which potential energy equals kinetic spin energy. In addition phonic spin energy is favored per the 2nd law which relates heat energy, enthalpy, to entropy. Bob Cook --------------------------- ________________________________ From: Jones Beene <jone...@pacbell.net> Sent: Wednesday, March 15, 2023 11:10:22 AM To: vortex <vortex-l@eskimo.com> Subject: [Vo]:lutetium "LENR" Recently it was mentioned here (Axil ?) that a new room temp superconductor was claimed by a group at Rochester U. I lost the post. The material in question is nitrogen-doped lutetium hydride and it demonstrates superconductivity at 21 °C (69.5 °F) at 145,000 psi. The pressure may sound high, but it’s orders of magnitude lower than prior art and achievable in an interesting way that could be synergistic to fusion. lutetium "LENR" is therefore a topic that comes to mind ... somewhat based on a connection to palladium hydride. IOW there could be a connection between the two fields - LENR and HTSC - although it could well be coincidental There appears to be some trickle of prior work on lutetium LENR based on a google search. George Miley was apparently interested in one aspect Does anyone know of ongoing work on the topic LENR using LuH ? It is too bad that Lu is so damned expensive. Apparently it is the most expensive element at many suppliers
