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Coherent 'ab' and 'c' transport theory of high-Tc cuprates
We propose a microscopic theory of the `'-axis and in-plane transport of copper oxides based on the bipolaron theory and the Boltzmann kinetics. The fundamental relationship between the anisotropy and the spin susceptibility is derived, . The temperature and doping dependence of the in-plane, and out-of-plane, resistivity and the spin susceptibility, are found in a remarkable agreement with the experimental data in underdoped, optimally and overdoped for the entire temperature regime from up to . The normal state gap is explained and its doping and temperature dependence is clarified