Starting 1 October 2021, the Quantum for Life Centre will begin exploring the use of quantum algorithms for the simulation of biomolecules, which will, in turn, make it possible to study complex biochemical processes. To achieve this, the research team will simultaneously develop an experimental quantum simulator platform comprising levitating atoms over a two-dimensional dielectric membrane.
Electron interactions are crucial in biochemical processes in drug design, such as docking two molecules. Since the interaction is quantum mechanical, it is very difficult to calculate with today’s classical computers and even supercomputers. Quantum computers, in contrast, are naturally suited to tackle such problems. Quantum for Life will develop and use tailor-made quantum algorithms, providing an opportunity to open a new chapter in the computational life sciences in Denmark.
|Matthias Christandl, professor, centre leader, The Department of Mathematical Sciences, University of Copenhagen.|
Eugene Polzik, professor of physics, The Quantum Optics and Atomic Physics section at the Niels Bohr Institute, University of Copenhagen.
|Anders Krogh, professor of Bioinformatics, the departments of Computer Science and Biology, University of Copenhagen.|
|Markus Reiher, professor, The Swiss Federal Institute of Technology in Zurich, Laboratorium für Physikalische Chemie.|
Centre leader, professor
2100 København Ø,
Building 04/E, office 4.2.12
Phone: +45 35 33 22 98
Mobile: +45 51 82 43 25