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Third-party-funded project

magnetism and transport in quantum systems with random interactions: quantum dynamic renormalization and exact solutions (II)

Project management at the University of Würzburg:

Participating scientists:

analysis of charge gaps and their critical properties, comparing Coulomb- and spin glass pseudogaps; numerical analysis of quantum dynamic displacements of the quantum critical point of metallic spin glass-paramagnet transitions. Search for exact T=0 solutions of all SK models on spin and on fermionic space. New weak hopping expansions around the insulating solutions of spin glass phases. Comparison of frustration effects in clean - and in disordered fermionic systems. Competition between spin glass and special superconducting phases

Key words:
    quantum critical points
    dynamic effects
    new weak hopping expansions

Projekt period: from 11.2001 to 11.2003

Funding institution:
DFG ( Sachbeihilfe ) ,Granting date: 26.07.2001

Preceding project: