Quantum repeater networks require independent absorptive quantum memories capable of
storing and retrieving indistinguishable photons to perform high-repetition entanglement …

We explore a recently demonstrated deterministic photon subtraction scheme, based on
single-photon Raman interaction with a Λ-type three-level atom, as a tool for manipulating …

We analyze the performance of quantum repeaters where the protocols of entanglement
generation and swapping are based on multimode optical Schrödinger cat states produced …

A numerical model of a quantum repeater operating with Schrödinger cat states is
constructed. The model describes the performance of such a system in the presence of …

We report a theoretical analysis of a photonic quantum interface, which makes it possible to
deterministically convert photonic qubits from subcarrier wave to polarization encoding. The …

In this paper, we propose module scheme of a quantum commutator for different photonic
states based on combining photonic interface and polarization quantum memory. The Q …

The single-photon Raman interaction has emerged as a promising tool for deterministic
photon subtraction, acting as a photon-activated switch in which the first arriving photon …

We propose a scheme to generate Schrödinger's kitten states by subtracting single photons
from coherent pulses through single-photon Raman interaction. Our findings suggest …

Проведён теоретический анализ фотонного квантового интерфейса, позволяющего
детерминировано переводить фотонные кубиты из фазово-частотной в …