High-bit-rate nanocavity-based single photon sources in the 1,550-nm telecom band are
challenges facing the development of fibre-based long-haul quantum communication …

Strong coupling of molecular vibrations to an infrared cavity mode affects their nature by
creating dressed polariton states. We show how the single and double vibrational polariton …

We determine experimentally the spinor interaction constants of lower polaritons α 1 and α 2
using a resonant pump-probe spectroscopy with a spectrally narrow pump pulse. Our …

Using two-dimensional spectroscopy, we resolve multi-polariton coherences in quantum
wells embedded inside a semiconductor microcavity and elucidate how multi-exciton …

We demonstrate the existence of a cross Feshbach resonance by strongly driving a lower
polariton mode and by monitoring in time the transmission of a short optical pulse at the …

We theoretically investigate two-photon excitation by correlated photons with energy
anticorrelation. A three-level atomic system is used to evaluate selectivity and efficiency of …

We study interactions between polaritons formed by hybridization of excitons in a two-
dimensional semiconductor with surface optical phonons or plasmons. These quasiparticles …

We theoretically investigate the two-photon excitation of a molecular vibronic state by
correlated photons with energy anticorrelation. A Morse oscillator having three sets of …

We propose an efficient reaction field for entangled photons utilizing a localized-surface-
plasmon (LSP) nanoantenna system. The LSP nanoantenna system consists of two …

We demonstrate evanescently coupled bilayer microcavities with Q-factors exceeding 250
fabricated by a simple spin-coating process. The cavity architecture consists of a slab …