News

Our new results are now out in Nature! We demonstrate a new system based on the concept of “zero-knowledge proofs”, the security of which is based on the physical principle of relativity, that allows for secure data transfer.

Our results from recent experiments on the limits of integrating quantum key distribution (QKD) into existing classical networks have been published in Applied Physics Letters! QKD has already become commercially available recently, however, it is still a challenge to integrate QKD into existing classical networks due to noise introduced by the other signals. In our article we studied how a state-of-the art QKD system can be combined into an existing network.

The QTech group and the whole Department of Applied Physics moved out of our original labs back in 2011. We now have the first tables moved in to the new labs and restored "ancienne école de médecine".

The first entangled two-photon paper from our group is out! In this paper, we study the influence of different degrees of entanglement freedom on the entangled two-photon absorption-induced fluorescence rate of Rhodamine 6G, allowing nonlinear microscopy to be performed in a more efficient way.

We've just been awarded an Innosuisse grant, funded by the Swiss Innovation Agency, to work on the development of a new generation of SNSPDs (Superconducting Nanowire Single-Photon Detectors) to deliver cutting-edge performance for commercial quantum applications. This work will be closely related to industry through our commercial partner ID Quantique.

The GMP Photonics second prize was awarded by General Microtechnology & Photonics (GMP) to Alberto Boaron and Davide Rusca for their experimental and theoretical work on quantum key distribution, under the direction of Prof. Hugo Zbinden. Intended to encourage and motivate young scientists to carry out or continue research in technologies such as photonics and microtechnology, the GMP Photonics prize was awarded for the 5th time, in celebration of the 40th anniversary of the company.

L'Union Européenne a sélectionné 38 institutions, dont 4 genevoises, pour travailler sur le projet OPEN-QKD (Quantum Key Distribution). Objectif, créer un système de communication ultra sécurisé dans divers domaine, notamment la finance.

There aren’t many researchers who’ve chosen a lateral point of entry into their field. If you start an academic career later in life, you often have to overcome very specific hurdles. But your previous experience can also help you to find your place in the world of academia.

The Quantum Technologies group is part of the Open European Quantum Key Distribution Testbed project, which has just started. A test quantum communication infrastructure will be set up in several European countries, including in Geneva Switzerland. The aim is to boost the security of critical applications in various fields – from telecommunications to electricity supply and healthcare.

Euronews visited QRANGE partners at the Université de Genève and ID Quantique, as well as the Institut de Ciències Fotòniques (ICFO) and Quside, in Geneva and Barcelona recently to talk about quantum random numbers, communication, and the Quantum Flagship.