Working on the Computer of the Future
EU Funds Two International Physics Projects
© Nikolas Golsch/TU Dortmund
The working group led by experimental physicist Professor Mirko Cinchetti from TU Dortmund University is to receive EU funding of almost a million euros for research into new technologies that could in future revolutionize computer processors and data storage media.
In the framework of its “Horizon 2020” program, the EU has approved research funds of over € 6.5 million for two international research projects involving Dortmund physicist Professor Mirko Cinchetti. Of this total sum, his research group at TU Dortmund University will receive more than € 900,000.
The two projects have been allocated funding in the FET Open category, which is open to all topics and makes funds available for high-risk scientific and technological research projects at a very early stage. The call, as it says, is particularly aimed at research projects with “radically new ideas” for “breakthrough technologies”.
Research on new technologies for computer processors and data storage media
“With the SINFONIA and INTERFAST research projects, we want to explore potential applications of molecular systems in the field of electronics and computer technology,” explains Professor Cinchetti. The objective of the projects is to advance existing concepts from basic research in the direction of possible applications. In this way, they could later be used in commercially available electronics with the help of technology multinationals.
The work conducted by Professor Cinchetti and his international colleagues within SINFONIA could contribute to a more efficient technology superseding – in the long term – semiconductor technology, which has formed the basis for the processors in our computers for many decades. The research team plans to produce hybrid structures from molecules and antiferromagnets, which can be used as logical computing circuits in what is known as magnonics. In comparison to conventional semiconductor technology, magnonics circuits have the advantage that no electrical current flows through them. As a consequence, they have a very low energy demand, generate hardly any heat, and can work substantially faster. This should facilitate the development of considerably more powerful processors.
Within the INTERFAST project, the researchers are also endeavoring to develop the foundations for a new data storage technology. Compared to conventional storage methods, this should be characterized by a significantly higher information density.
Extensive international collaboration
Due to the large number of proposals, the probability of receiving FET Open funding was under 10 percent – only 58 of the 902 projects for which a proposal was submitted were awarded funding.
Apart from TU Dortmund University, numerous other research institutions from Italy, Spain, France, Ireland, Slovenia, and the United Kingdom are participating in the two projects. Their joint work within SINFONIA started in April 2021 and is to last four years. Professor Cinchetti’s research group has € 500,000 at its disposal for this. Then, one month later, May 2021 will see the start of INTERFAST, which is planned as a three-year project. The researchers from Dortmund will receive a further € 400,000 for this project.
Contact for further information: Prof. Dr. Mirko Cinchetti Tel.: +49 231 755 5438 Mail: firstname.lastname@example.org TU Dortmund Experimentelle Physik VI Fakultät Physik