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Tracking the motion of electrons, atoms, and molecules in strong laser fields

Excitation of atoms and molecules by intense ultrafast lasers produces quantum tunneling of several electrons on femtosecond timescales, which can lead to attosecond electron bursts and coulomb explosions. I’ll describe our recent experiments that detect and film this motion to reveal the underlying physics.

Speaker: Philip Bucksbaum, Stanford University

Monday, 02/27/23


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Physics North

UC Berkeley
Room 1
Berkeley, CA 94720