+++ Cluster of Excellence ct.qmat celebrates Quantum2025 with impressive portraits of female physicists +++ Traveling exhibition RETHINKING PHYSICS debuts in Dresden and Würzburg as part of the United Nations International Year of Quantum Science and Technology +++ Role models promoting diversity and equal opportunities in science +++ Around 50 international stops planned for 2025 +++

To mark the International Year of Quantum Science and Technology, Quantum2025, the Cluster of Excellence ct.qmat at the Universities of Würzburg and Dresden has unveiled its exhibition “RETHINKING PHYSICS: A Century of Quantum Mechanics – Time for a Female Perspective!” at Dresden’s Kulturpalast. The exhibition showcases portraits of accomplished and aspiring female physicists, celebrating their passion for research and reminding us that women have always been part of quantum physics. It also presents these scientists as inspiring figures for young women who could one day shape the future of quantum science. Simultaneously opened in Würzburg, the exhibition will embark on a global tour in 2025.

The traveling exhibition RETHINKING PHYSICS, organized by the Cluster of Excellence ct.qmat – Complexity and Topology in Quantum Matter – spotlights inspiring portraits of established and prospective physicists who defy stereotypes and redefine what it means to succeed in science.

Equal Access to Science

“The female researchers featured in this exhibition share a common trait: their passion for physics,” said Professor Ursula M. Staudinger, rector of TU Dresden, during the opening ceremony at Dresden’s Kulturpalast. “Such role models are vital for encouraging the next generation of young women to go into physics and the natural sciences. With RETHINKING PHYSICS, the Cluster of Excellence ct.qmat at the Universities of Dresden and Würzburg is making science accessible and relatable while raising awareness about the importance of women in science during this United Nations International Year of Quantum Science and Technology.”

Quantum Power for Dresden

“The exhibition RETHINKING PHYSICS is a special highlight in the International Year of Quantum Science and Technology and part of the Quantum2025 celebrations in Dresden – a hub of innovation in science, culture, and research,” said Annekatrin Klepsch, Deputy Mayor and Councilor for Culture, Science, and Tourism. “Dresden plays a pivotal role in Silicon Saxony and in advancing science and research, supported by the Science and Innovation Campus of the DRESDEN-concept alliance. The city also leads the way in developing important future quantum technologies, with the Würzburg-Dresden Cluster of Excellence ct.qmat driving these efforts.”

Advancing the Legacy

“Quantum mechanics was first formulated a hundred years ago. Quantum2025 not only commemorates this milestone but also highlights quantum science as a key technology of the 21st century,” said the two spokespersons of the Cluster of Excellence ct.qmat, Matthias Vojta, professor of theoretical solid-state physics at TU Dresden, and Ralph Claessen, professor of experimental physics at JMU Würzburg, during the exhibition’s opening at ct.qmat’s two locations. “Our exhibition for the United Nations International Year of Quantum Science and Technology celebrates accomplished and aspiring female researchers who are advancing this field. We’re also fostering discussions about diversity in physics – after all, science is for everyone! We’re deeply grateful to the women who agreed to be portrayed in RETHINKING PHYSICS for sharing their passion and, most importantly, for inspiring girls and young women to pursue careers in physics.”

The traveling exhibition RETHINKING PHYSICS will remain on display in the foyer of Kulturpalast (Schloßstraße 2, 01067 Dresden) until February 5, 2025. It will also visit around 50 locations worldwide in 2025, including venues in Australia, Germany, Austria, and the United States.

Historical Context of RETHINKING PHYSICS

The quantum revolution began over a century ago when German physicist Max Planck introduced his quantum hypothesis. By discovering the concept of the quantum leap, he shattered the framework of classical physics. In 1925, quantum mechanics was given its mathematical foundation, marking the birth of modern physics – a new way of understanding the world that paved the way for high-tech innovations like lasers, computer chips, and solar panels. But at the dawn of this revolution, it was mostly men who led the charge. Women faced significant barriers to entering the field and had to fight long and hard for recognition.

In Germany, it wasn’t until 1900 that women were even allowed to enroll in universities as regular students, moving beyond the role of passive observers. It would take nearly two more decades before the first female scientists in Germany were allowed to qualify for university teaching positions.

This explains why the hall of fame in physics includes so few “great women” – notable exceptions being double Nobel Prize laureate Marie Curie, and Lise Meitner, Germany’s first female professor of physics. Yet, many remarkable contributions have been overlooked. Take Grete Hermann, for example – a mathematician, physicist, and philosopher whose groundbreaking work on the principles and interpretation of quantum mechanics in the 1930s was largely unknown by her contemporaries. Around thirty years later, a physicist from Northern Ireland arrived at similar conclusions and used them to develop Bell’s theorem. Hermann was ahead of her time and her work was only later rediscovered. Today, an international network of female researchers based at the Würzburg-Dresden Cluster of Excellence ct.qmat proudly bears her name.

Media Kit
Media images for download: https://datashare.tu-dresden.de/s/jyRq6wNMi6e6NcK  
Foto © Tobias Ritz

RETHINKING PHYSICS
www.rethinking-physics.de

Contact
Katja Lesser, Science Communication Officer Exzellenzcluster ct.qmat
Tel: +49 (0)351 463 33496
Email:

Cluster of Excellence ct.qmat

The Cluster of Excellence ct.qmat – Complexity and Topology in Quantum Matter – has been jointly run by Julius-Maximilians-Universität (JMU) Würzburg and Technische Universität (TU) Dresden since 2019. Over 300 scientists from more than thirty countries and four continents study topological quantum materials that reveal surprising phenomena under extreme conditions such as ultra-low temperatures, high pressure, or strong magnetic fields. ct.qmat is funded through the German Excellence Strategy of the Federal and State Governments and is the only Cluster of Excellence in Germany to be based in two different federal states.