Topological Aspects of Quantum-Coherent States in New Materials
Topological Aspects of Quantum-Coherent States in New Materials
October 14-15, 2011
University of Chicago
Announcement
The workshop will focus on the theoretical and experimental studies of topological aspects of quantum-coherent states in new materials. Topics will include topological phenomena in band insulating materials, fractional quantum Hall effect, and p-wave superconductors. Historically, some of these topics have been developed independently, but a great convergence has emerged in the recent years. All these novel states have fundamental significance for physics, material science, and nanoscience, as well as potential applications in electronics and quantum information technology. The workshop aims to bring together experts in these fields from these fields to discuss the unifying themes behind different concepts.
Venue
The conference will be held at the University of Chicago, Kersten Physics Teaching Center, Room 206, 5720 South Ellis Avenue, Chicago, IL 60637.
Invited Speakers
Andrei Bernevig (Princeton)
Rafi Budakian (UIUC)
Yong Chen (Purdue)
Gabor Csathy (Purdue)
Rui Du (Rice)
Duncan Haldane (Princeton)
Zahid Hasan (Princeton)
Patrick Lee (MIT)
Li Lu (Institute of Physics)
Phuan Ong (Princeton)
Andreas Ludwig (UC Santa Barbara)
Mansour Shayegan (Princeton)
ZX Shen (Stanford)
Steve Simon (Oxford)
Mike Stone (UIUC)
Dale Van Harlingen (UIUC)
Xincheng Xie (Peking)
Ali Yazdani (Princeton)
Shoucheng Zhang (Stanford)
Organizers
Paul Wiegmann
E-mail: wiegmann@uchicago.edu
Woowon Kang
E-mail: wkang@uchicago.edu
Ilya Gruzberg
E-mail: gruzberg@uchicago.edu
Support
The conference is made possible with generous support from:
The University of Chicago Materials Research Center
The Argonne National Laboratory