First experimental realization of spectral diffusion mitigation in a solid-state emitter via periodic optical pi-pulses, concentrating roughly half the absorption at a freely chosen target frequency and reducing the inhomogeneously broadened linewidth near the lifetime limit.
Title resolution pending
12 Pith papers cite this work. Polarity classification is still indexing.
12
Pith papers citing it
fields
quant-ph 12representative citing papers
Photon anomalous blockade arises via the quantum Zeno effect in weakly driven waveguide cavity QED with atomic mirrors, even in bad cavities with large dissipation and weak coupling.
HP-1 circuits achieve O(n) depth while preserving shift invariance and exponentially growing Fisher information, enabling numerical replacement of the QFT in Shor's algorithm with neural net classical post-processing.
A hybrid cavity combining a plasmonic nanoresonator inside a dielectric cavity enables indistinguishable photon generation from dephased emitters with much lower dielectric Q factors and 12x higher collection efficiency.
Optimal cavity modulation via Krylov theory extends qubit lifetime in inhomogeneous spin ensembles by an order of magnitude over inhomogeneity and cavity losses.
A non-local Hong-Ou-Mandel effect is realized via post-selection on separated outputs in a four-path interferometer, demonstrating two-photon interference without photons sharing a local beam splitter.
Modified Quantum Volume test uses restricted universal circuits to directly determine heavy outputs without exponential classical simulation cost.
Gaussian pump and quasi-phase-matching shaping in SPDC sources yields unfiltered photons with spectral purity upper bound 99.9272(6)% and two-photon interference visibilities up to 98.5(8)%.
A two-photon Jaynes-Cummings model with the resonator as emitter converts a one-photon-average coherent pulse into a single-photon pulse with efficiency, purity, and indistinguishability above 90 percent while remaining robust to atomic dephasing.
Experimental demonstration of quantum advantage with a single qubit over classical bit in communication games without shared randomness using photonic processor.
Numerical simulations of a Kerr parametric resonator at criticality show enhanced switching probability for single-quanta microwave probes.