A carbon nanotube microtoroid platform with Tomonaga-Luttinger liquid protection achieves chiral spin-momentum locking for nonreciprocal spin-photon interfaces with cooperativities above 100 and chiral contrast over 20 dB.
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Experimental demonstration of five normal modes in fiber-linked atom-cavity systems, with the cavity dark mode used to achieve remote excitation and nonlocal saturation of atoms.
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.
A Wiesner-style quantum token encoded in diamond color-center states achieves >99% gate fidelity and near-MHz acceptance rates in a model that includes realistic imperfections and cloning resistance.
Cavity-enhanced tripartite interactions are proposed to enable direct extraction of photon and phonon vacuum fluctuations without free parameters and to produce high-occupancy nonclassical quantum emitters via decay-enhanced blockade.
citing papers explorer
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A Universal Topological Platform for Nonreciprocal Spin-Photon Interface in Solid-State Quantum Networks
A carbon nanotube microtoroid platform with Tomonaga-Luttinger liquid protection achieves chiral spin-momentum locking for nonreciprocal spin-photon interfaces with cooperativities above 100 and chiral contrast over 20 dB.
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Cavity dark mode of distant coupled atom-cavity systems
Experimental demonstration of five normal modes in fiber-linked atom-cavity systems, with the cavity dark mode used to achieve remote excitation and nonlocal saturation of atoms.
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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.
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Secure Quantum Token Processing with Color Centers in Diamond
A Wiesner-style quantum token encoded in diamond color-center states achieves >99% gate fidelity and near-MHz acceptance rates in a model that includes realistic imperfections and cloning resistance.
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Unveiling Vacuum Fluctuations and Nonclassical States with Cavity-Enhanced Tripartite Interactions
Cavity-enhanced tripartite interactions are proposed to enable direct extraction of photon and phonon vacuum fluctuations without free parameters and to produce high-occupancy nonclassical quantum emitters via decay-enhanced blockade.