Fundamental problems in Quantum Condensed Matter (8691)
December 07, 2017 – December 09, 2017
University of California, Riverside
Vivek Aji, University of California, Riverside
Kirill Shtengel, University of California, Riverside
Peter Littlewood, Argonne National Laboratory
Andrei Ruckenstein, Boston University
Quantum condensed matter as a field has witnessed a revolution in recent years with age-old paradigms being challenged and new topics of study mushrooming rapidly. The physics of charge ordering, quantum magnetism, and quantum phase transitions have all evolved significantly and became interwoven with subjects like unconventional superconductivity. At the same time the discovery and progress in understanding of exotic new states of matter greatly expanded the mathematical framework used to describe and classify them. An unfortunate consequence of such diverse developments is the inevitable “fracturing” of the community with diminishing interactions between different subfields. The situation is ripe for a timely gathering of established leaders to discuss the latest developments and trends, and to chart a path forward.
The presentations and ensuing debates provide an opportunity for junior scientists to engage in a broader range of questions than they would otherwise be exposed to. The goal of the workshop is threefold: to facilitate a critical review of the assimilated knowledge in light of new developments in materials and technologies, to exchange ideas across different branches within the condensed matter community, and to propagate the current thinking about fundamental problems in quantum condensed matter to the next generation of scientists.
More information will be added as it becomes available.