Originally Tommaso Calarco studied music before moving on to the natural sciences. Today, the Jülich quantum physicist is one of the most influential representatives of his field as author of the European Quantum Manifesto.

The physicist Catherine Dubourdieu is researching high-tech materials to make future computer generations and quantum computers more energy-efficient. In Berlin, she commutes between three different locations.

Kristel Michielsen fought for access to computer science while still at school. She has continued this path consistently. At Forschungszentrum Jülich, she simulates the functioning of quantum computers - with success: In the past ten years, she has set several world records.

Quantum physics is one of the most complex areas of physics – and one of the most promising: Researchers are working on a wide variety of technologies based on quants. These technologies could revolutionize science, from medicine to materials research.

Forschungszentrum Jülich is strengthening its quantum research. Frank Wilhelm-Mauch begins his work at Jülich on 1 July. The arrival of the physicist will provide fresh impetus for the development of a European quantum computer. Since October 2018, he has coordinated the OpenSuperQ project as part of a large-scale quantum initiative at European level.

Quantum technologies will change our everyday lives. But many applications are still in their infancy. We spoke with Wolfgang Marquardt, head of Forschungszentrum Jülich, about what can be expected and how research is organized in this area.

Bert Meijer specializes in complex molecular systems and their formation. A native of the Netherlands, Meijer is a professor of organic chemistry and conducts research in the field of supramolecular polymers.

Physicist Wolfgang Wernsdorfer was awarded the Leibniz Prize in 2019. He began his career as an apprentice electrician—and learned things he still uses in his current research into the computers of the future.

Platforms at train stations are often very crowded – especially during rush hour. Researcher Maik Boltes and his team want to improve situations like these by seeking effective ways to manage crowds of people.