Publications

Time-multiplexed Photonics enables High-Precision Quantum Gates for universal photonic Quantum Computers – Quantum Computers promise to solve certain problems that are beyond the capabilities of classical computers. Photons are considered

New Approach opens up new Possibilities for the precise electrical Control of electron Spins – Quantum Technologies are considered a key enabling technology for more powerful computers, secure communication, and

Precisely positioned Quantum Dots enable scalable and reproducible Integration of Quantum Light Sources on Semiconductor Chips – Photonic Quantum Chips are considered a key technology for future communication and computing

Experiment confirms, for the first time, the theoretically predicted Recurrence of Rabi Oscillations in Semiconductor Quantum Dots – Researchers from the QR.N consortium at the Paderborn site have successfully demonstrated

Quantum Dot Source generates triggered polarization-entangled Photon Pairs with high Coincidence Rates, Fidelities, and Single-Photon Purity – Many concepts for future Quantum Networks rely on the distribution of entangled qubits

Experiment combines Multiparty Entanglement with event-ready Monte Carlo Simulations – In recent years, Quantum Networks have become a central research field in Quantum Communication. They enable, for example, the interconnection