Disruptive technology that shows the way

We live in a complex and dynamic world. For over half a century, conventional computers have supported us here, helping us to find answers, take decisions and generally find our way. Despite this, there are many problems and questions that computers cannot solve or answer fully. This is where quantum computing comes in.

A field of innovation you should pay attention to

Although quantum computing is not yet fully mature, companies would be well advised to begin discovering its effects and potential benefits now. Why is this so important?

On the one hand, quantum computing has the potential to disrupt the IT world, and therefore the business world in general. On the other hand, many companies are already looking at potential future applications, laying the foundations for industry-specific solutions and taking action in areas like patents and intellectual property.

Although quantum computing still requires fundamental research and development, the first systems using this technology are already available. That is why now is the time to discover initial applications and gain experience, so that you can use quantum-based solutions successfully in future. The deep insights into business-critical issues that the technology can deliver can benefit you today through the use of bridging technologies or innovative conventional solutions.

Turning new technologies into opportunities

As your partner for innovative IT solutions, we want to help you in this process and step into the age of quantum computing together. With our many years of experience in system integration, we know what it takes to achieve success here. Our broad-based expertise and skills, together with cutting-edge methods and an interdisciplinary approach, allow us to achieve excellent results every time.

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Application areas

There are already many areas where quantum computing is used, with more applications being found every day. We want to shine the spotlight on three areas in particular, along with a few of the most relevant questions.

Simulation

One potential application area for quantum computing is the calculation or simulation of complex physical, chemical or biological processes. These include material or molecular properties, protein folding or reaction descriptions in material sciences, chemistry or pharmacology.

Optimization

Many issues in production, manufacturing and logistics can be ascribed to planning or scheduling problems. These feature a wide variety of potential results and must be solved as best as possible. Using heuristics based on quantum computing here can speed up the process of finding suitable solutions.

AI/ML

One high-profile phenomenon is the increasing combination of artificial intelligence and machine learning with quantum computing to create quantum machine learning. There are countless promising approaches for a wide variety of applications here. For general artificial intelligence in particular, the use of quantum computing offers great potential both today and in the future.

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Christopher Zachow
Christopher Zachow
Head of Competence Center Quantum Computing