Jones - I agree with this theory even though you don't seem to require the oscillation between H2 and H1 that I posited as an interim step and I anxiously await Part 2. I once modeled the Casimir cavity as a packing house where fractional hydrogen atoms are packed together like your bosonic molecules and then exported into the lattice that can normally only fit one h atom / cell.. Perhaps your bosonic H2 molecule would remain confined (cold) even outside the cavity until it escapes the lattice?
Regards Fran Jones Beene said on Sun, 07 Nov 2010 15:54:17 -0800 [Snip] BTW although the hydrogen molecule is not bosonic - the monatomic atom would be bosonic in principle - but catch-22 you seldom see it listed as such, because normally monatomic hydrogen has an extremely short lifetime - if indeed it is not an abstraction in normal chemistry. That is. IF . it is not first involved in the spillover/densification process. Being a boson can be all-important since bosons with the same energy can occupy the same place in space, and spillover gets them part of the way there. Next they need to lose kinetic energy to get to the same energy state. How can that happen? Well, I will save this next key detail for the next installment of "Phrase of the Day": "negative energy". Negative energy is colder than cold, and it is to be found in many mundane places - notably the Casimir Cavity. Or so it is claimed.
