Superconductivity and antiferromagnetism in high-Tc cuprates

Article Abstract:

A new theory relates the superconductivity of high-transition temperature superconductors with the phenomenon of ferromagnetism. Five-dimensional rotational symmetry is used to associate d-wave superconductivity to antiferromagnetism in the higher temperature insulating mode.

Antiferromagnetism

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Superconductivity in spin ladders

Article Abstract:

Research indicates that high-transition temperature superconductivity has an electronic origin. Doping the spin ladders of copper ions with hole carriers produces a superconducting resonating valence bond spin singlet state.

Copper ions

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Theory and experiment in high-temperature superconductivity

Article Abstract:

P.W. Anderson developed his theory of high-temperature superconductivity after obtaining experimental results. His work does not address the dependence of critical temperature on uniaxial pressure.

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