Quantum computing: revolutionizing a new era of technology?

Quantum computing: revolutionizing a new era of technology?

On September 17, 2025, a salon debate on the topic “Quantum computing – is it worth it?” will take place in the Knowledge Forum in Göttingen. instead of. The event begins at 6:30 p.m. and offers a platform for discussion about the far-reaching effects and potential of quantum computers compared to classical computers. Key questions will be discussed, such as ushering in a new era in information technology, the reality of exponential speed and computing power, and global challenges and risks of this technology.

Prominent guests take part in the moderated discussion, conducted by Stefan Geier. These include Jan Leisse, CEO of eleQtron, Dr. Sabrina Patsch, science journalist at the computer magazine c’t, and Prof. Dr. Ramin Yahyapour, Director of the Society for Scientific Data Processing in Göttingen, and Dr. Martin Ringbauer from the University of Innsbruck. The event is barrier-free, will be recorded and entry is free. However, those interested must register in advance at www.forum-wissen.de/event/salon-debatte-quanten-computer/.

Quantum computing and its effects

Quantum computing is poised to significantly transform the world of business. It is based on fundamental principles of quantum physics, such as superposition and quantum entanglement. These technologies enable quantum computers to solve complex tasks much faster than classical computers. To achieve this, quantum computers use qubits that can exist in multiple states at the same time thanks to superposition.

Quantum entanglement, in turn, allows qubits to interact with each other, even over large distances. This opens up new possibilities for application scenarios in various industries. Quantum computers could revolutionize data processing and open up new avenues of innovation for companies, which is particularly important in the areas of finance, healthcare and energy. They offer significant advantages in efficiency and innovation potential for companies.

Application examples and industry advantages

The applications for quantum computers are diverse. In drug research, for example, they accelerate the discovery of new drugs and materials. They are also used in the financial world - they help with risk management and portfolio optimization. Quantum computers also optimize supply chains and transport routes in logistics. Quantum algorithms enable complex calculations and offer tailor-made solutions for companies.

Another important aspect is quantum cryptography, which significantly improves data security through the use of quantum particles. The development of quantum computers could not only revolutionize computing power, but also promote significant advances in research and development, especially in areas such as materials science, chemistry and medicine.

Overall, it shows that quantum computing goes far beyond technological gadgets and could have significant impacts on the economy and society. The upcoming debate in Göttingen offers the opportunity to discuss this topic in detail and to shed light on the different perspectives.