In reply to Jones Beene's message of Fri, 9 Jun 2017 06:53:06 -0700: Hi, Not that I disagree, but there are other more mundane possibilities for a Hydrogen excess, such as storage in e.g. carbon nano-tubes, or Bucky-balls, etc. that may form naturally under some conditions. Other substances that act as a Hydrogen storage medium may also play a role. (Clathrates for Hydrogen?) [snip] >There is a more interesting stable candidate for a species with a mass >of 5 amu - it is molecular H5 consisting of two molecules of H2 bound to >a core of UDH (ultra dense hydrogen). This molecule could explain many >well-known astrological mysteries such as the large amount of hydrogen >on certain comets and the Jovion moons. > >Molecular H5 would consist of 5 protons in a compact spatial >tetrahedron: having been formed from two molecules of normal hydrogen >(H2) magnetically bound to one reduced orbital atom of hydrogen (aka the >UDH, DDL, pychno ro hydrino). This dense hydrogen allotrope UDH would >have a very large magnetic self-field in the range of kiloT (thousands >of Tesla) and that field provides long-lived stability, especially in a >liquid phase for an allotrope. > >If this putative molecule were stable, it would be liquid at mid-low >temperatures but much higher than expected; and it should show up in >cosmology in cold gas-giants like Jupiter. It could be a liquid at up to >200K. We might find it in the polar regions of Mars. There are some >tantalizing clues such as "lakes of liquid methane" on the Jovian moons >which seem to contain way too much hydrogen a temperature way above the >boiling point. In fact they appears to be mostly hydrogen. Comet tails >contain way too much hydrogen as well, since the comet is not cold >enough to retain LH. > >The tetrahedron is a favored platonic solid. A compact atom of HDH at >the core of 4 protons in a tetrahedron would be a candidate for >explaining anomalies involving the appearance of liquid hydrogen at >temperatures where hydrogen cannot be liquid. > > > Regards,
Robin van Spaandonk http://rvanspaa.freehostia.com/project.html
