Join Zoom Meeting
https://umich.zoom.us/j/98678092588

Meeting ID: 986 7809 2588
Passcode: 144535
One tap mobile
+13092053325,,98678092588#,,,,*144535# US
+13126266799,,98678092588#,,,,*144535# US (Chicago)


Strongly correlated electron materials, pose great conceptual and computational challenges. Quantum embedding methods such as Dynamical Mean Field Theory (DMFT) has enabled a community of scientists to achieve great progress in this area. We will review some basic ideas underlying this approach, such as the reduction of the full many body problem into a quantum impurity model satisfying a self consistency condition. We will then provide examples of some progress using materials containing elements from different regions of the periodic table, outlining different classes of strongly correlated behavior: heavy fermions, Mott systems and Hund metals. We will conclude with the great challenges ahead.