The Biomedical Applications of Electromagnetic Energy workshop features the technological developments made by the project Semiconductor-based Ultrawideband Micromanipulation of CAncer STEm Cells (SUMCASTEC).
Is it possible to store energy at extremely high temperatures of up to 2000ºC? What are the advantages of having such technology? And what are the challenges when it comes to developing it? These are just some of the burning questions scientists from the FET-Open Amadeus project are trying to answer at an experimental foundry in Norway.
The widespread adoption of magnetic resonance imaging (MRI) revolutionised clinical medicine, and the revolution has not stopped. Scientists in the FET-Open project are exploring ways to make MRIs even more effective - aiming to help patients get the best possible treatment through early disease detection.
Do you have research results worthy of being exploited?
But when it comes to the next stage of commercialising or setting up a company, are unsure of how to take the ﬁrst step? MERLIN, as part of the EU’s Innovation Radar initiative, is your opportunity to take you and your research results to the next level.
FET-Open-funded researchers are developing pioneering tools and techniques that will enable scientists to view chromosomes in unprecedented detail, greatly advancing research into life-saving treatments for cancer and cures for many genetic disorders.
People are increasingly interacting with intelligent technology, as the real and digital worlds become intertwined. The EIC FET-Open project is working to bring new forms of human-machine collaboration into real-life educational settings for healthcare providers that will benefit students, trainers and patients.
The FET-Open project QUAKE aims to market a transversal tool combining interactive supercomputing and in-situ techniques to break traditional workflows in High Performance Computing simulations. This could be applied to many different domains, including weather forecast.