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SCOPE
The
use of neutron scattering to probe the structure and dynamics of
condensed matter has grown rapidly since the new state-of-the-art
neutron instruments with very high energy and momentum resolutions
became available from research reactors and spallation sources.
Most of the research efforts are now concentrated on nanoparticles, nanomagnets,
biological materials where there is a growing need to develop theoretical
modeling to understand how neutron scattering can best be applied and interpreted
in these systems.
The scope of this workshop is to gather the world's experts on theoretical
and modeling methods and neutron scattering measurements for study of
advanced materials.
The subjects include but not limited to:
- Spin
structure and dynamics in quantum magnets
- Charge,
spin, and orbital ordering in transition metal oxides
- Quantum
tunneling and decoherence in nanomagnets
- Rotational
and vibrational dynamics of hydrogen confined in nanostructures
- Structure
and dynamics from first-principles and force-field methods
- Classical
MD, Monte Carlo and other materials modeling techniques
- Dynamics
in biological systems and protein folding
- Liquid,
glasses, spin glasses, and orientational glasses in molecular systems
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