Quantum Year 2025: Explore the wonders of the micro and macro worlds!

Quantum Year 2025: Explore the wonders of the micro and macro worlds!

On May 2, 2025, an important chapter in the history of physics will be celebrated: The International Year of Quantum Science and Technologies, proclaimed by the United Nations, also marks the 100th anniversary of quantum mechanics. This was formulated in 1925 and revolutionized our understanding of matter and the underlying laws of the universe. Quantum physics not only laid the theoretical foundation of physics, but also gave rise to many modern technologies such as microelectronics, photovoltaics and medical applications. uni-heidelberg.de reports that...

As part of the Quantum Year, the Collaborative Research Center 1225 “Isolated Quantum Systems and Universality under Extreme Conditions” (ISOQUANT) at Heidelberg University is organizing an academic lunch break. The aim of this event is to bring complex scientific content closer to a non-specialist audience in an understandable way. This series, which began in 2011 with topics from astronomy, includes 23 events at which university scientists give short lectures. blog.uni-regensburg.de adds that…

Event details

The academic lunch break takes place in Heidelberg's St. Peter's Church, which has proven itself as a venue. The lectures last 15 minutes each and are accompanied by question and answer sessions. Particularly noteworthy are the Thursday offers under the motto “Quantums you can touch!”, which offer interactive formats and experiments. Here participants have the opportunity to try out the principles of the quantum world without requiring any prior knowledge. lmu.de describes that…

Parallel to the academic lunch break, the spring meeting of the German Physical Society will take place in Regensburg from March 16 to 21, 2025. Under the chairmanship of Prof. Klaus Richter, the focus will be on quantum physics, and around 5,000 participants are expected. Prof. Richter, who has been working at the University of Regensburg since 2001, has had a decisive influence on the physical fundamentals necessary for the development of quantum communication and quantum computers. These technologies are not only innovative, but could also serve as solutions to combat climate change. Further information from blog.uni-regensburg.de shows that...

The future of quantum research

The challenges in quantum research should not be underestimated. The exciting development of quantum computers, projects for quantum communication and quantum sensors are still in the starting blocks, although an immediate breakthrough is not currently expected. Prof. Richter appeals to future generations to encourage curiosity about quantum physics and to actively study the discipline. lmu.de highlights that…

In summary, the Quantum Year 2025 will be a year of enlightenment, advancement and fostering interest in quantum physics and technology. The variety of events, which appeal to both academics and laypeople, will help expand understanding of these complex but fascinating branches of science.