Quote:
Originally posted by J. Arthur God:
Does your paper cite

A possible mechanism of superconductivity based on Wigner crystal and BEC

By J.X. Dai, W. Tao, P. Hor, X.X. Dai

in:
INTERNATIONAL JOURNAL OF MODERN PHYSICS B 13 (29-31): 3499-3504 DEC 20 1999

The abstract would imply that they have suggested your mechanism for superconductivity:

"A new possible mechanism is suggested based on the Wigner crystal and Bose-Einstein condensation. Our previous studies on the singular states showed that Loudon's singular ground state is rejected by the orthogonality criteria. It is shown that 2D Wigner crystal can exist and to be a possible mechanism for HTS."

I read that you do not believe that a Bose condensate is required, but they seem to have much of what you are proposing. [/QUOTE]

I was not aware of this paper. Thanks for directing me to it. I will get it and read it; however, my model is more general than only relying on a Wigner crystal. As discussed above, my model relies on the formation of a dielectroc array which under suitable circumstances can cause coherent tunnelling. The dielectric array can form in different ways. I believe that in the low-temperature metals the arrays are Wigner crystals; in the CuO ceramics they are akin to covalent bonds between the crystallographic layer (donors within the layers donate the required electron); In the semiconductors they are the donors or acceptors. BY accepting this principle I acn model ALL superconductors discovered to date. What is fascinating is that when I model superconduction in highly-doped p-type diamond it turns out that the charge-carriers are single hole (fermions).

And oh, by the way, the dielectric array is NOT a BEC as in the accepted sense. It is more an array of separate (localised entities) quantum mechanical entities. One does not require a macro-wave to model such an array.
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