Quantum dots are arguably the best interface between matter spin qubits and flying photonic
qubits. Using quantum dot devices to produce joint spin-photonic states requires the …

We present a theoretical and experimental investigation of exciton recombination dynamics
and the related polarization of emission in highly in-plane asymmetric nanostructures …

Entangled multiqubit states are an essential resource for quantum information and
computation. Solid-state emitters can mediate interactions between subsequently emitted …

Quantum dots are arguably one of the best platforms for optically accessible spin-based
qubits. The paramount demand of extended qubit storage time can be met by using a …

Quantum information is currently one of the most important research fields in physics. The
dopant qubits in direct band gap materials are promising candidates to build large-scale …

We study the dark exciton's behavior as a coherent physical two-level spin system (qubit)
using an external magnetic field in the Faraday configuration. Our studies are based on …

Time-resolved intensity cross-correlation measurements of radiative cascades are used for
studying nonradiative relaxation processes of excited carriers confined in semiconductor …

In this paper, we use a theoretical model in order to describe a quantum dot-cavity system at
finite temperature. In addition, a tilted magnetic field is included which generates two bright …