Bose Einstein Condensates and the E-cat

Somebody else responded to my question to Andrea Rossi besides Rossi himself.  It was the observation that these condensates form at very low temperatures.  However, a little digging shows that it can be predicted that these condensates can form at very high temperatures too.  I cite the source here:

It has been predicted that a quasi-equilibrium system of bosons could undergo Bose-Einstein condensation even at relatively high temperatures, if the flow rate of energy pumped into the system exceeds a critical value. 

I found the link to this from the Wikipedia entry on Bose Einstein condensates, footnote number 10.  There is more to this, but I have shortened it because of a lack of time.  It should be easy enough to follow, though.

Update:

As I wrote before, the topic here is way above my pay scale, so I think I'll let it drop at this point.  It is interesting reading to a certain extent, but without the formal education to fully understand it, I feel a bit confused sometimes when I read this stuff.

I've been spending the last few hours reading over such topics as "spin" and "anti parallel" and so forth.  As best as I can determine, the theory offered to explain the e-cat's low energy nuclear reaction seems plausible. I'd rather not go much further than that.  That belongs in a discussion elsewhere.

Update:

Here's some information on Yeong E. Kim.  I'd say it looks pretty impressive.