Titlebook: High Performance Computing in Science and Engineering ’98; Transactions of the Egon Krause,Willi J?ger Conference proceedings 1999 Springe

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Dynamical Behavior of Persistent Spins in the Triangular Potts Model,arly Monte Carlo studies in two dimensions, . increases from 0.31 to unity as . increases from 3 to ∞. For small ., it has also been shown that . approaches the same . value for both zero and non-zero temperatures (below the critical temperature ..

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Solid State Physics, Soon later Peierls [?] discovered that in some special cases the electron-electron correlations arising from strong coulomb repulsion can prevent the electrons from moving thus yielding an insulator. This article founded the field of strongly correlated electrons.

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Conference proceedings 1999rithms and the use of leading-edge parallel computer technology. As HLRS is in close cooperation with industrial companies, special emphasis has been put on the industrial relevance of results and methods.

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ted here on the example of a Gaussian ensemble of random matrices ; the averaged resolvent, for instance, may be written this way as a double integral for any size of the matrices. In some other exceptional circumstances it is advantageous to introduce Grassmannian “dimensions”. Thus in certain prob

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Hanns Ruderted here on the example of a Gaussian ensemble of random matrices ; the averaged resolvent, for instance, may be written this way as a double integral for any size of the matrices. In some other exceptional circumstances it is advantageous to introduce Grassmannian “dimensions”. Thus in certain prob

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E. Grote,F. H. Busse,A. Tilgnerandom surface models are introduced. Their common mean-field theory is briefly described. The so-called planar random surface — (or Nambu-Goto string-) model, a surface analogue of Brownian motion, is studied in more detail and shown to exhibit mean-field behaviour in all dimensions.

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Martin Karrenbachtion and modeling. As most physical systems can be described using a set of partial differential equations, finite element method (FEM) has evolved to be a good tool in solving these partial differential equations and obtain solutions that represent the physical process of degradation of interconnec