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The second quantum revolution: events start in Kaiserslautern!
Experience the QUANTum3 event series at UNI TU Kaiserslautern from April 12, 2025, which clearly explains quantum physics.
The second quantum revolution: events start in Kaiserslautern!
In recent decades, quantum physics has produced groundbreaking developments that influence our daily lives. Technological masterpieces such as computer chips, magnetic resonance imaging and modern navigation systems can be traced directly back to the principles of quantum mechanics. 2025 is seen as a pivotal year for quantum research as a “second quantum revolution” is on the horizon, promising solutions to previously intractable problems and the development of superfast quantum computers. rptu.de reports that a series of events called QUANTum3 will take place in Kaiserslautern from April 12th.
The main goals of this series of events are to introduce the public to the fascinating properties of the quantum world and to illustrate how important they are for technical progress. The lectures, which take place every second Saturday of the month until December at 42kaiserslautern, take those interested through the more than 100-year success story of quantum physics. The topics range from applications of quantum technology to current research projects that will influence people's everyday lives.
Events and lectures
The first lecture, given by Professor Sebastian Eggert on April 12th, is entitled “Power and Powerlessness of Quantum Physics” and deals not only with Einstein's important contribution to quantum theory, but also with current developments and the limits of this science. After the lectures, there is the opportunity to talk to the researchers in the café at 42kaiserslautern. Participation in the events is free and all dates are published on the RPTU website. For further information please contact Prof. Dr. rer. nat. Herwig Ott available.
The promotion of quantum technologies in Germany and Europe is crucial. deutschlandfunk.de reports that the Federal Ministry of Economics is supporting the development of these technologies with 878 million euros. These advanced technologies are based on the idea of quantum supremacy, which allows quantum computers to solve specific computing tasks faster than classical supercomputers.
The future of quantum technology
Quantum computers work with qubits, which, in contrast to classical bits, can represent several states at the same time. This capability means that a quantum computer with just 10 qubits can process all 1024 possible values simultaneously. This opens up unprecedented possibilities for processing data and could lead to quantum computers outperforming classical computers within a decade. Still, significant progress requires millions of qubits, highlighting some of the current challenges in quantum research. bmbf.de highlights that the development of quantum communication technology is becoming increasingly important worldwide.
Leading countries like China are particularly progressive in quantum communication. With a 2,000 kilometer long fiber optic network for quantum cryptography and the first quantum cryptographically secured video conference, they have laid the foundations for a global quantum internet. A number of companies, including BMW and Volkswagen, are examining the application of quantum computers to their business models.
Another interesting area of application of quantum physics is quantum communication, which is based on the impossibility of copying quantum states. This technology can enable secure data transfers and has the potential to change communications technologies forever. With the ongoing initiatives to develop quantum technologies in Germany and Europe, significant progress is expected in the coming years that will impact the lives of many people.