"Answer to the questions:
Does it still form H2, or more complex compounds?
Does it form compounds with any other elements?
What are its density, melting, and boiling points?
What does it take to convert it back to hydrogen?
Miscibility in solvents?
1) In addition H(1/n)2, where n is an integer > 1, representing the fractional state of a given hydrino pairing, it forms more complex compounds such as hydrino hydride crystals.
2) Hydrinos being a gas, there is no specific density it may have. Detecting the boiling point and melting point of hydrinos requires cyrogenic cooling or exotic pressures. The formation of hydrinos results in increased temperatures. It is unlikely that BLP will place measurement of boiling points and melting points ahead of understanding the catalytic processes which may form hydrinos in the first place.
3) High energy radiation
4) Miscibility is a property that occurs between two or more substances. Hydrinos, being a gas with an effective cross-section much less than ordinary than hydrogen, would be highly immiscible with most substances due to a much greater ease in passing through matter, in such a manner that it will easily escape into space.
''''—Expert Sectioneer'' of Wikipedia86 = 19+9+14 + karma = 19+9+14 + talk 

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