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Ultrafast quantum control of atomic excited states via interferometric two-photon Rabi oscillations - Communications Physics

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Ultrafast quantum control of atomic excited states via interferometric two-photon Rabi oscillations - Communications Physics

Quantum-state manipulation through coherent interaction with a radiation field is a fundamental process with broad implications in quantum optics and quantum information processing. However, current quantum control methods are limited by their operation at Rabi frequencies below the gigahertz range, which restricts their applicability to systems with long coherence times. To overcome this limitation, alternative approaches utilizing ultrafast driving lasers have garnered great interest.

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Ultrafast quantum control of atomic excited states via interferometric two-photon Rabi oscillations - Communications Physics

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Ultrafast quantum control of atomic excited states via interferometric two-photon Rabi oscillations - Communications Physics

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