SC is the International Conference for
High Performance Computing, Networking,
Storage and Analysis

SCHEDULE: NOV 12-18, 2011

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DCA++ Study on Strong Correlated Electron System Case study: Nematic physics in Cuprate

SESSION: Research Poster Reception

EVENT TYPE: ACM Student Research Competition Poster, Poster, Electronic Poster

TIME: 5:15PM - 7:00PM


AUTHOR(S):Shi-Quan Su, Thomas A. Maier, Michael S. Summers

ROOM:WSCC North Galleria 2nd/3rd Floors

The DCA++ code implements a dynamic cluster quantum Monte Carlo (QMC) algorithm for the study of low-energy effective models of strongly correlated electron systems. It is written using a generic programming model and a Don't Repeat Yourself (DRY) philosophy and provides rich functionalities including flexible support for crystal structures, hybrid precision simulations as well as different QMC cluster solver algorithms. The DCA++ code provides a state-of-the-art tool to model and understand the physics of materials at the forefront of science. Here we describe an application to the cuprate high-temperature superconductors, which aims at unravelling the physics behind an electronic nematic phase, the spontaneous breaking of the rotational symmetry of the crystal, which has been observed in a number of experiments on these and related compounds.

Chair/Author Details:

Bernd Mohr (Chair) - Juelich Supercomputing Centre

Shi-Quan Su - Oak Ridge National Laboratory

Thomas A. Maier - Oak Ridge National Laboratory

Michael S. Summers - Oak Ridge National Laboratory

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