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Interplay of electronics and photonics for next generation quantum devicesFor building quantum computers, making use of both electronics and photonics – technology that works with light – on one and the same chip, is promising. Thanks to silicon technology that we know well from today’s electronic devices, quantum devices could be better protected from influences from the outside world. Another advantage is that they can be scaled up to larger systems. Unfortunately, light and silicon are not the best friends. That is, unless you add germanium to it, in a fully new hexagonal crystal structure. In that case, electronic and photonic quantum bits can indeed be combined. The new European research project ONCHIPS, led by the University of Twente (MESA+/QUANT) in The Netherlands, will work on this ‘best of both worlds’ technology.Read more
Funding for vascular interventions performed by robotsNWO has awarded a Demonstrator grant to Prof. Dr. Sarthak Misra of the University of Twente (TechMed Centre and MESA+) for the project: VIPER (Vascular Interventions Performed by Robots). This funding will allow Prof. Dr. Misra to further develop the results of research into a commercial product. In total, one million euros is involved for six Demonstrator proposals in the Netherlands.Read more
Interplay of electronics and photonics for next generation quantum devices
Funding for vascular interventions performed by robots
Joint Twente-Münster PhD degrees
Twente aims to become the chip design center of Europe
Vidi funding for Jimmy Faria Albanese and Roelof Rietbroek
'Dewatering' of biomaterials consuming far less energy
Hybrid nanomaterials as powerhouses for miniature energy storage
MESA+ Meeting 2022: lectures, awards and networking
"That phone call from The Times planted the seed"
How to design an optimal wind farm?
Logical switching using one single molecule
Twente sorting out for foundry to produce heterogeneous systems for chips
