http://www.physorg.com/news3820.html

energy is added in the form of the voltage applied to the circuit, energy is absorbed on the "normal metal side" does the heat and vibrational energy convert to additional voltage on the superconducting side or does it just heat up the superconducting side?

Hi drewgrev,

You know about the Bose-Einstein condensate, when this phenomena happens is it connected to the boson and there spin (1, 2, so on).

Bosons are not conserved for example, photons are created in billions every time, does this apply when voltage is absorbed or tunneled on the other side. I did not read or find in the article you gave. Just wondering if this could be a consideration and if so where would one go to find the information?

Great question, this is not my expertise as you can see, but it sure has my interest. I posted just to hear comments so I can digest the up coming technology being tested, and because we both know about the conservation of energy law so it has to have some transformation in a measurable form.

Best regards,
y

Yeah the million dollar question is why can't this be put on cpu's.
It might be costly now but like anything else if it could be mass produced and marketed.....
This is of course assuming that the heat is converted and not just moved a small distance.