Phase differences between identical-frequency x-ray pumps increase nuclear excitations via cross-correlations in a driven cavity system and enable sub- to super-Poissonian statistics.
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Derives optimal time-dependent cavity linewidth modulations to maximize absorption and emission efficiency in spin ensemble memories, establishing an upper bound in the narrow bandwidth regime and a critical bandwidth threshold.
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Phase-enhanced excitations in pumped collective nuclear systems
Phase differences between identical-frequency x-ray pumps increase nuclear excitations via cross-correlations in a driven cavity system and enable sub- to super-Poissonian statistics.
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Optimal absorption and emission of itinerant fields into a spin ensemble memory
Derives optimal time-dependent cavity linewidth modulations to maximize absorption and emission efficiency in spin ensemble memories, establishing an upper bound in the narrow bandwidth regime and a critical bandwidth threshold.