Controlled quantum effects and spin technology from non equilibrium physics to...
Controlled quantum effects and spin technology from non equilibrium physics to functional magnetics
The technology of the 20th century was dominated by a single material class: The semiconductors, whose properties can be tuned between those of metals and insulators all of which describable by single-electron effects. In contra...
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Descripción del proyecto
The technology of the 20th century was dominated by a single material class: The semiconductors, whose properties can be tuned between those of metals and insulators all of which describable by single-electron effects. In contrast, quantum magnets and strongly correlated electron systems offer a full palette of quantum mechanical many-electron states. CONQUEST aim to discover, understand and demonstrate control over such quantum states. A new experimental approach, building on established powerful laboratory and neutron scattering techniques combined with dynamical control-perturbations, will be developed to study correlated quantum effects in magnetic materials. The immediate goal is to open a new field of non-equilibrium and time dependent studies in solid state physics. The long-term vision is that the approach might nurture the materials of the 21st century.