Quantum research has been a research focus at Paderborn University for many years. From here, recognised scientists are driving forward research into the smallest particles of light in Germany and internationally. Max-Lukas Hundelshausen from the field of musicology has now chosen a new approach: The composer and sound engineer has taken a close look at the quantum world and created a composition that will be premiered at the opening ceremony of the new exhibition area "Quantum Computers – Supercomputers of the Next Generation" at the Heinz Nixdorf MuseumsForum (HNF) on 11 January 2025.
"I've found the topic very exciting for a long time – quanta have magically attracted me," says Hundelshausen. "The fact that I was now able to delve deeper into the subject and create a composition that would appeal to a wide audience was very rewarding. I am now more excited than ever to see how quantum mechanical research will continue." Hundelshausen's two-movement work bridges the gap between the new world of electronic data processing and the breadth of music. The instrumental composition takes visitors to the opening event on a journey through time spanning more than 100 years: from Max Planck, the founder of quantum physics, to Heinz Nixdorf and his innovative ideas, to the futuristic birth of the quantum computer. From piano to synthesiser, there is a wide-ranging mix and abundance of sounds that emphasise the importance of quantum research and make it possible to experience the quantum in a special way. After all, quantum physics already plays an important role in everyday life: without it, groundbreaking inventions such as the atomic clock or magnetic resonance imaging (MRI) would not have been possible.
First photonic quantum computer calculates in Paderborn
The entire field of quantum computers is still in its infancy – but it is no longer just a dream of the future. At Paderborn University, possibilities that long seemed unthinkable are now within reach: Scientists have managed to build Europe's largest sampling-based quantum computer. "PaQS" ("Paderborn Quantum Sampler") has been built by researchers from Paderborn University together with partners Menlo Systems, Fraunhofer IOF Jena and Swabian Instruments as part of the PhoQuant funding initiative of the Federal Ministry of Education and Research (BMBF). The work of the scientists enables in-depth quantum research. The exhibition at the HNF makes the complex topic more tangible. Hundelshausen is already very excited about the audience's reactions: "I very much hope that the positive spirit of optimism that I want to create with the composition will spread to the visitors."
The event is free of charge. Registration is possible on the HNF website.
Further information on quantum research at Paderborn University can be found on our topic page.
This text was translated automatically.
