In fact, the Cooper pair could include dense hydrogen, which ***Well? Don't leave us hanging in suspense...
On Tue, Aug 5, 2014 at 10:17 AM, Jones Beene <[email protected]> wrote: > BTW – in looking at LENR specifically relative to novel states, even the > long Wiki list overlooks an important state of matter – the Cooper pair. > > The list composer will probably say that this is not really a new state of > matter, but it could be. Same with Luttinger liquid. Also, they did not > list > “dense hydrogen” or Rydberg matter, which we have used to describe several > species- including f/H (fraction hydrogen or hydrino)… IRH (inverted > Rydberg > hydrogen)… and the DDL or Deep Dirac Level of hydrogen aka – virtual > neutron. > > The definition of Cooper pair is broadening beyond electrons. In a nickel > cavity, a cooper pair of protons could be possible. In fact, the Cooper > pair > could include dense hydrogen, which > > > From: Jones Beene > > From: Kevin O'Malley > > Currently we only have 5 known states of > matter: > Solid > Liquid > Gas > Plasma > Bose-Einstein Condensate > It would make sense that something as > unfathomable as LENR would occur as the newest & least understood state of > matter….Especially when plasma might be involved, and the situation occurs > in a very special case of Condensed Matter Nuclear Physics. … Are there > other states of matter being postulated at this point? Some of the Zero > Point Energy/Vaccuum/Aether stuff might apply, but it does not hold weight > in mainstream physics. > Interesting point for LENR. One problem is that matter can > be partly or wholly in another dimension. In fact there is some evidence > that electrons exist partly in another dimension. If we limit the > candidates > to macro reality (no subatomic species like pentaquarks etc.) then here are > a few more. > Dark matter – which can be the same as ZPE, > Aether > Neutron matter – the stuff of neutron stars > PS… after starting this list, it occurred > to > me that Wiki most likely already has such a list, and indeed it can be > found > here http://en.wikipedia.org/wiki/List_of_states_of_matter > > > >
