Visual Monitoring of Nuclear Spins in Molecules opens up new Possibilities for Quantum Technologies
Research Team demonstrates full Optical Control of Nuclear Spins in a Molecular System – Nuclear Magnetic Resonance (NMR) is an established method for investigating materials and molecules, ranging from chemical analysis to Quantum Information Processing. Due to their weak interaction with the environment, nuclear spins are considered particularly stable carriers of Quantum Information. Researchers from […]
New Paper on time-bin-encoded Quantum Key Distribution published
Demonstration of the first time-bin-encoded QKD using a Quantum Dot Single-Photon Source – Quantum Key Distribution (QKD) stands as the most mature branch of quantum cryptography, offering truly unbreakable security for the forthcoming quantum internet. Solid-state quantum light sources, such as semiconductor quantum dots (SQDs), have attracted strong interest because they emit high-quality non-classical photons […]
Researchers from QR.N develop novel Single-Photon Source
Source generates Photons on Demand in the Telecom C-band with Record Quality – In Quantum Technologies, high-quality interference between photons is essential. Photons can only interfere perfectly if all their properties match – in other words, if they are practically identical. At the same time, such photons must be compatible with existing fiber-optic infrastructure. To […]
New Paper on Atom-Photon Entanglement for Quantum Networking published
Experimental Progress for reliable Quantum Networks – Over the past years, Quantum Networks have emerged as an important field of research. In addition to enhancing the security of critical infrastructures, they enable new applications such as the secure interconnection of Quantum Computers. However, the realization of such networks is technologically challenging. For example, Quantum Communication […]
New Paper on Quantum Teleportation published
Important Step for the Development for semiconductor-based Quantum Light Sources: In recent years, Quantum Networks have emerged as a key research area. They promise improved security for critical infrastructures and pave the way for applications such as secure Quantum Computer Networking and the development of a Quantum Internet. Such a network relies on reliable Quantum […]
Researchers from QR.N report new Results on Quantum Teleportation
New Paper on Quantum Teleportation published – In recent years, Quantum Networks have increasingly gained importance in research. They could not only enhance the security of critical infrastructures but also enable new applications – from the secure networking of Quantum Computers to a future Quantum Internet. This requires the reliable and high-frequency generation of flying […]
Quantum Teleportation across Saarbrücken
New Paper on Quantum Teleportation published: Researchers from Saarland University (UdS) have achieved an important breakthrough in Quantum Communication by demonstrating Quantum Entanglement and Teleportation over a 14 km long fiber link, the “Saarbrücken Quantum Communication Fiber Testbed”. The physicists, led by the professors Dr. Jürgen Eschner and Dr. Christoph Becher, used photon pairs […]
