Lecture
Coherent Control of Plasma Resonances
Description
This lecture by the instructor covers wavefunction engineering and coherent control of matter, focusing on spatial and temporal coherence, speckle phenomena, transmission electron microscopy, dynamical imaging, lattice dynamics, spin dynamics, and coherent control of light-electron interaction. The lecture also delves into surface plasmons, plasma resonances, ultrafast transmission electron microscopy, and holography of plasma resonances, discussing various experiments and simulations in these areas.
Official source
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