Support for the Low Energy Electrodynamics in Solids Conference 2020
Abstract
The electrodynamic responses of solids have played a central role in probing emergent properties, and increasingly in realizing entirely new states. Indeed numerous theoretical ideas underpinning our modern understanding come from studying the spectroscopic properties of materials, starting with DrudeÕs studies of the optical response of metals leading to his famous theories to efforts to measure quantum properties and Bell tests using entangled photons. Many of the experimental and theoretical techniques developed have found their way into a wide array of other fields, including the use of NMR in structural biology, ultrafast mid-IR spectroscopy in photocatalysis, nonlinear responses and topology in cutting edge accoustic, photonic and plasmonic devices and next generation quantum computing and communications. Future advances will require making use of the latest technological, theoretical, and material breakthroughs in a coordinated fashion, guiding the organization of the conference in bringing together experts in materials synthesis, 2D heterostructures, computational and cutting-edge nanoscale, quantum and electrodynamic experimental approaches. This conference will provide a forum for exchange of ideas, novel concepts and unpublished results in the interdisciplinary research on low-energy electrodynamics in solids and in exotic condensed phases. Experts in a wide range of theoretical and experimental techniques focused on the electrodynamics of quantum materials will join with up and coming junior researchers. The program is organized to allow for a range of interactions and discussions, as well as opportunities for junior participants to share their work. Scientifically, there will be an emphasis on the electronic and magnetic properties of quantum materials and their applications for future technologies. Discussion will encompass both theoretical and experimental methods including: broadband, time-resolved and near-field optical and photoemission spectroscopies, nuclear magnetic resonance, inelastic neutron/X-ray scattering, and scanning tunneling microscopy. It is highly timely to hold such a conference with a focus on coordinating our unprecedented ability to create, probe and control topological and correlated states of matter. Indeed, many of the unique states of quantum materials result from the entanglement of magnetic, lattice, and electronic properties. As such no single technique can unravel their origins, let alone control them for future incorporation into cutting edge devices. To ensure the conference results in new technologies and ideas from the combined power of these approaches, it includes significant time for discussion in a low-key but scientifically stimulating atmosphere.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Jun 25, 2021
- Source ID
- W911NF2110252
Entities
People
- Kenneth Burch
Organizations
- Army Contracting Command
- Boston College
- United States Army