Speaking of clustering, Richard - & with the advantage of hydrogen bonds between molecules, there is the slight possibility of this happening even w/o the hydrino - except for the fact that it surely would have noticed before now.
So it puts the skeptic in a real bind to explain. We could even call it a "hydrogen bind" ;-) Some quick factoids, courtesy of google and wiki: In 1929 Heisenberg was able to predict from studies of the hydrogen spectrum that hydrogen exists in two allotropes - ortho-hydrogen and para-hydrogen - in which the two nuclei of the atoms in a hydrogen molecule spin in the same or opposite directions respectively. Allotropy refers to different forms of an element within the same phase or state of matter (solid, liquid or gas) - but the changes of state between solid, liquid and gas in themselves are not considered allotropy. Metalization of hydrogen under pressure would therefore not technically create an allotrope - but a phase. There have been claims of this from time to time but AFAIK there is no real proof of metallic hydrogen. However, liquid hydrogen is well-known and a form of liquid hydrogen with a boiling point much higher than ~20 K or -423 F. and especially one which is liquid at LN temps, would mostly likely be called an allotrope - even if there was something unusual going on with the orbitals. All in all - pursuing this LN phenomenon to the MAXIMUM by BLP, and getting out samples to top labs, still seems like a gigantic missed opportunity on their part. They seem to crave recognition so the whole scenario does not add up to good strategy. Jones
