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Coulombglasses and generic SKmodels: Comparison of Coulombgap scaling behavior,Used
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In this book two different disordered systems are studied: the SKmodel (with its fermionic counterpart the fermionic Ising model ISGf) and the Coulombglass. Both models are known to exhibit a glass phase and a pseudogap around the Fermilevel, and the work will focus on different aspects of their pseudogaps. For the famous SKmodel new numerical results using Replica Symmetry Breaking are obtained and a new fit routine is presented. The CoulombGlass (CbGl) is investigated by analytic calculations following work done by Mller and Pankov. By investigating these models this book gives detailed examples of a variety of mathematical tools used in modern theoretical solid state physics dealing with disorder. The Replica Symmetry Breaking scheme is applied for numerical calculations with a parallel algorithm, a discrete theory is transformed to continuous field theory allowing pathintegral calculations and approximations like the locator approximation are used.
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