Abstract
Abstract Two new developments in the theory of high Tc superconductivity which explain experimental anomalies are described: First, an explanation of some striking anomalies in the angle resolved photoemission excitation spectrum provides experimental evidence for the composite nature of electronic excitations; and secondly, a gap equation for the superconducting state, which allows detailed calculations using phonon plus interlayer coupling, allows calculation of the large anisotropy of the gap, of the isotope effect, and of estimates of Tc and its dependence upon structure.
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