Titlebook: Strongly Correlated Systems; Experimental Techniq Adolfo Avella,Ferdinando Mancini Book 2015 Springer-Verlag Berlin Heidelberg 2015 Analyti

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Muon Spin Relaxation Studies of Unconventional Superconductors: First-Order Behavior and Comparableles of superconducting charges. In this paper, we review the historical developments and recent progress of .SR studies in unconventional superconductors which revealed, among others, scaling of the superfluid density and ., comparable spin and charge energy scales, phase separation between supercon

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Neutron Scattering and Its Application to Strongly Correlated Systems,mulas are given for nuclear diffraction, phonon scattering, magnetic diffraction, and magnon scattering. As an experimental example, we describe measurements of antiferromagnetic order, spin dynamics, and their evolution in the La.Ba.CuO. family of high-temperature superconductors.

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Optical Properties of Correlated Electrons,e is found to have a characteristic .-dependence for the nearest-neighbour tight binding model, causing in this case a vanishing of spectral weight for . at the Brillouin-zone boundary, i.e. for .. These findings are of possible importance for .-resolved infrared spectroscopy, a technique which is in full development at the moment.

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Book 2015ated systems (SCS), more than any other, need to be investigated through the greatest variety of experimental techniques in order to unveil and crosscheck the numerous and puzzling anomalous behaviors characterizing them. The study of SCS fostered the improvement of many old experimental techniques,

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,Quantum Oscillation Measurements Applied to Strongly Correlated Electron Systems,ents on the .-wave superconductor Sr.RuO., a material that is of great current interest, and that illustrates many aspects of quantum oscillation measurements that are applicable across a broad range of strongly correlated electron systems.

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Nuclear Magnetic Resonance as a Probe of Strongly Correlated Electron Systems, role in the study of strongly correlated electron matter. The relatively small energies associated with the nuclear spin degrees of freedom guarantee that the experimental probes of the nuclear spin behavior have little or no effect on the electronic degrees of freedom. On the other hand, the hyper