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We demonstrate that many features ascribed to strong correlation effects invarious spectroscopies of the cuprates are captured by a calculation of theself-energy incorporating effects of spin and charge fluctuations. The selfenergy is calculated over the full doping range from half filling to theoverdoped system. In the normal state, the spectral function reveals foursubbands: two widely split incoherent bands representing the remnant of the twoHubbard bands, and two additional coherent, spin- and charge-dressed in-gapbands split by a spin-density wave, which collapses in the overdoped regime.The resulting coherent subbands closely resemble our earlier mean-fieldresults. Here we present an overview of the combined results of our mean-fieldcalculations and the newer extensions into the intermediate coupling regime.

Intermediate coupling model of cuprates: adding fluctuations to a weak coupling model of pseudogap and superconductuctivity competition