RE: [Vo]:Anomalous loading of H2

I have not seen reference to such a computer model, but It would be even more interesting if the electron spacing was deeply compressed – IOW the molecule is indeed a densified superhydride. This paper indicates that there is an atomic sublattice which should be highly densified, https://ui.ad

RE: [Vo]:Anomalous loading of H2

mo.com<mailto:vortex-l@eskimo.com> Subject: Re: [Vo]:Anomalous loading of H2 Bob Cerium is the most common lanthanide and is actually inexpensive in quantity. The prime application for the so-called "superhydrides" like CeH9+ seems to be superconductivity. However the extremel

Re: [Vo]:Anomalous loading of H2

Bob Cerium is the most common lanthanide and is actually inexpensive in quantity. The prime application for the so-called "superhydrides" like CeH9+ seems to be superconductivity. However the extremely high "loading" could indicate LENR is facilitated.Pd only goes to 1:1 Here is an article

RE: [Vo]:Anomalous loading of H2

Ce is more valuablethan most metals IMHO. Nano particles of Ce and H or D may allow fusion to occur or otter t transmutations. The NASNO particle may be an entangled system can under go a phase change with a swap of potential for kenotic energy and conservation of spin and angular