Stanford University / Rutgers University / Hubbard Jersey Institute of Technology / American Institute of Physics / Kavli Institute / University of Augsburg / /
IndustryTerm
model complicated systems / edu/online/cem02 / free energy / heavy fermion systems / given atomic site / transition-metal oxides / gas transition / http /
MusicGroup
Alamos / National / /
OperatingSystem
Fermi / DOS / /
Organization
Institute for Physics / American Institute of Physics / office of Naval Research / US Department of Energy / National Science Foundation / Rutgers University / German Research Foundation / Center for Materials Theory / Aspen Center for Physics / Stanford University / Institute of Technology / Center for Electronic Correlations and Magnetism / Kavli Institute for Theoretical Physics / University of Augsburg in Germany / Center for Materials Theory at Rutgers University / /
Person
Gordon Thomas / Karsten Held / Neville Mott / Walter Metzner / Shigemasa Suga / Gabriel Kotliar / Richard Scalettar / Andy McMahan / Antoine Georges / Richard Martin / Mark Jarrell / Hamiltonian / Jim Allen / Isao Inoue / D. Sarma / Dieter Vollhardt / Alexander LichtThe / /
Position
General / Hubbard model / professor of physics / model / professor / /
Strongly Correlated Materials: Insights From Dynamical Mean-Field Theory Materials with correlated electrons exhibit some of the most intriguing phenomena in condensed matter physics. A new theoretical framework is now a