Archive

Today, the European Commission announced that its Quantum Flagship Programme will contribute 10 million euro to the development of a blueprint for a future quantum internet.

TU Delft students have devised and developed a method for detecting gene doping. This method, called ADOPE (Advanced Detection of Performance Enhancement) has the potential to combat the abuse of gene therapy in sport. Through this project, the students in the iGEM team aim to highlight how important it is that synthetic biology is used safely. They presented their idea at last week’s International Genetically Engineered Machine (iGEM) competition in Boston, winning prizes for their new application and product design.

Researcher Meixia Shan has developed and tested a new polymer membrane that separates CO2 and hydrogen very efficiently. On October 24th Shan, who has already published about this new membrane in Science Advances, defends her PhD-thesis on this subject at TU Delft.

During the 2018 Welch Conference on Chemical Research, on 22 October 2018, Adriaan (Ad) Bax was presented with the prestigious Welch Award in Chemistry. Bax, who works at one of the American National Institutes of Health, is a former student and PhD candidate of Delft University of Technology. He studied Applied Physics.

This week, three young designers and the Dutch water boards present Dutch Design made from 'Kaumera'. Kaumera is a new raw material that can be extracted from waste water by means of the Nereda purification process, which was developed in part by TU Delft. All three artists found a different application for the versatile raw material: in porcelain, textiles and woodwork. During the Dutch Design Week, from 20 to 28 October, the exhibition can be seen in the Veemgebouw (stand EFGF).

A quantum internet may very well be the first quantum information technology to become reality. Researchers at QuTech in Delft, The Netherlands, today published a comprehensive guide towards this goal in Science.

On 4 October during the Innovation Expo in Rotterdam, the Finnish company Bluefors announced that it will join the Delft quantum technology community and open an R&D office on the TU Delft campus.

Superconducting quantum microwave circuits can function as qubits, the building blocks of a future quantum computer. A critical component of these circuits, the Josephson junction, is typically made using aluminium oxide. Researchers in the Quantum Nanoscience department at the Delft University of Technology have now successfully incorporated a graphene Josephson junction into a superconducting microwave circuit. Their work provides new insight into the interaction of superconductivity and graphene and its possibilities as a material for quantum technologies.

Scientists have demonstrated that the positrons produced by the TU Delft research reactor are ideally suited for studying quantum dots, the building blocks of next generation solar cells.

NWO has approved an application for the Center for Ultrasound Brain Imaging at Erasmus MC (CUBE), in which TU Delft is also involved. The science financier has earmarked nearly 2.5 million euros for the realization of CUBE.