Attosecond streaking enables phase-sensitive access to quantum fluctuations in driving light fields, with the second central moment of photoelectron momentum showing modulation at twice the driving frequency for squeezed states.
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Bang-bang-bang protocols combining forward and backward trap potentials achieve faster coherent state transport approaching the quantum speed limit, outperforming forward-only methods.
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Attosecond Access to the Quantum Noise of Light
Attosecond streaking enables phase-sensitive access to quantum fluctuations in driving light fields, with the second central moment of photoelectron momentum showing modulation at twice the driving frequency for squeezed states.
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Adaptable Route to Fast Coherent State Transport via Bang-Bang-Bang Protocols
Bang-bang-bang protocols combining forward and backward trap potentials achieve faster coherent state transport approaching the quantum speed limit, outperforming forward-only methods.