Technische Universität Berlin Fakultät für Verkehrs- und Maschinensysteme, Institut für Mechanik Lehrstuhl für Kontinuumsmechanik und Materialtheorie,
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Strongly Correlated Electron Materials: Some DMFT Concepts and Applications Strongly Correlated Electron Materials: Some DMFT Concepts and Applications.
Understanding f-electron materials using Dynamical Mean Field Theory Understanding f-electron materials using Dynamical Mean Field Theory Gabriel Kotliar.
Strongly Correlated Electron Materials: a Challenge for the 21 st Century Strongly Correlated Electron Materials: a Challenge for the 21 st Century Gabriel.
Strongly Correlated Electron Materials : A Dynamical Mean Field Theory (DMFT) Perspective. Strongly Correlated Electron Materials : A Dynamical Mean Field.
Understanding Heavy Fermion Systems: a DMFT perspective Understanding Heavy Fermion Systems: a DMFT perspective Gabriel Kotliar and Center for Materials.
Gabriel Kotliar and Center for Materials Theory $upport : NSF -DMR DOE-Basic Energy Sciences Collaborators: K. Haule and J. Shim Ref: Nature 446, 513,
Lightweight and Structural Materials Co-Chairs – Brad Cowles (P&W, retired) – Tresa Pollock (UCSB) – Chuck Ward (AFRL) Our Process Vision Grand Challenges.
Materials Theory and Computation S. V. Khare 1.Department of Physics and Astronomy University of Toledo, Ohio 2. Department of Electrical Engineering and.