Overview
In this school, the researchers affiliated with Comscope, a BNL-based, DOE-BES funded, Computational Materials Science Center, will provide an overview of its software toolkit that enables the computation of the electronic structure of real materials. An overview and hands-on training of three software modules will be provided: i) FlapwMBPT, an all electron first principles code that comes enabled with imaginary time GW and the ability to compute vertex corrections; ii) two dynamical mean field theory (DMFT)-based electronic structure codes employing either LDA or linearized self-consistent quasi-particle GW (LQSGW); iii) a code based on combining the rotationally invariant slave both method (RISB) and LDA that is considerable less expensive to run than LDA+DMFT or LQSGW+DMFT.
Session information
- Introduction to Dynamical Mean Field Theory and the Electronic Structure of Real Materials
- Introduction and Hands-on Training to FlapwMBPT
- Introduction and Hands-on Training to LDA+, LQSGW+DMFT
- Introduction and Hands-on Training to RISB+LDA
Lecturers
- Sangkook Choi (BNL)
- Gabi Kotliar (Rutgers)
- Andrey Kutepov (BNL)
- Nicola Lanata (Aarhus)
- Corey Melnick (BNL)
- Vincent Sacksteder (Rutgers)
- Yongxin Yao (AMES)
Summer School Co-sponsors
Local Organizers
- Robert Konik (BNL)
- Gabriel Kotliar (BNL/Rutgers U.)
Summer School Information
Note: This event falls under Exemption D (Formal classroom training held at Federal facilities, which does not exhibit indicia of a formal conference as outlined in the Conference/Event Exemption Request Form.) Participation is contingent on application acceptance.