Brain Simulation Section: A peek into the future of superconductors in the health care sector

We would like to direct your attention to an interesting whitepaper for which our lab lead, Prof. Dr. Petra Ritter, was a contributor. The whitepaper concerns several aspects of technological advancements in the field of medical care involving electronic devices and their supporting environments for the mid and long term, both in an aspirational sense and developments already underway. For example, to meet the future challenges of an aging population, we will need more support from diagnostic, preventative and treatments involving remote sensors and AI - to both monitor the treatment of patients and prevent illness before it occurs, even outside of the hospital setting. Advances in these areas make personalized medicine through computational expensive technology like digital twins and simulation possible at scale. This may seem like a far away goal, but means are already underway with organizations such as TEF-Health, EBRAINS, The Virtual Brain(https://www.thevirtualbrain.org/tvb/zwei/), and HDC. One of the major points outlined in the white paper is for these types of projects to work together in confluence, to make sure all of the EU has access to proven AI solutions, secure data governance, and diagnostic and treatment relevant simulation for use in patient centered care. The whitepaper is quite extensive so we invite you to read it yourself here.

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A peek into the future of superconductors in the health care sector