Strongly correlated systems, coherence & entanglement

This volume presents a collection of review papers on recent work in the connected areas of strongly correlated systems, the effects of coherence on macroscopic systems, and entanglement in quantum systems. These areas have attracted considerable interest due to their complexity and associated unexpected nontrivial phenomena, and also due to their potential applications in various fields, from materials science to information technology. The coverage includes strongly correlated electronic systems such as low-dimensional complex materials, ordered and disordered spin systems, and aspects of the physics of manganites and graphene, both in equilibrium and far from equilibrium.

Strong Correlations, Transport and Dynamics in Complex Materials: Correlation Effects in One-Dimensional Systems (J M P Carmelo et al.). An Introduction to the Physics of Graphene Layers (E V Castro et al.). Anomalous Hall Effect (V K Dugaev et al.). Strongly Correlated Magnetic Systems: Spin Glasses (I R Pimentel). Disorder in the Double Exchange Model (V M Pereira et al.). Spin Transport in Magnetic Nanowires with Domain Walls (V K Dugaev et al.). Quantum Coherent Systems: Atomic Bose-Einstein Condensation: Beyond Mean-Field Theory (G S Nunes). Critical Magnetic Fields in Superconductors with Singular Density of States (R G Dias). Hadronica (J E F T Ribeiro). Quantum Entanglement: Entanglement in Quantum Phase Transitions (P Ribeiro et al.). Macroscopic Thermal Entanglement (N Paunkovic et al.) and other papers.