Projects

As a driving force behind the industrialisation of quantum computing in Germany, we want to identify, develop, test and share its potential applications. Within their various development projects, our members are driving forward first practical applications in the field of quantum computing in their respective industries and also across sectors.

Quantum leaps

Our development projects

TRUMPF - optimized production planning for tomorrow’s metal processing.

Medium-sized industries like metal processing often rely on the human factor to get their production planning done. Together with QUTAC, machine tool and laser technology manufacturer TRUMPF is developing quantum computing-based applications that can make the sector more efficient. 

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Thomas Ehmer, Innovation Incubator Lead

Merck: Optimizing how Clinical Trials are Planned and Carried Out 

Clinical trials are an important step in getting new pharmaceuticals to market, but they are complex and rely on multiple interdependent factors. This makes it hard to plan them optimally. Attempts to optimize trial designs with conventional machine learning are hitting their limits. That’s why science and technology company Merck is testing the use of Bayesian networks and quantum computers – and reaching out to other experts in QUTAC.

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Gabriele Compostella, Quantum Computing Lead und Sheir Yarkoni, Quantencomputing-Experte bei der Volkswagen AG ©Volkswagen AG

Volkswagen: Optimizing paint shops at automobile production plants

At first glance, modern car manufacturing seems streamlined and efficient, yet when we take a closer look, there are many opportunities for optimization. With the help of quantum computing, Volkswagen Group intends to realize this potential – freeing up time, minimizing waste, and saving money. In short: turning quantum computing into tangible business value.

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Lilly Palackal, Quantum Algorithms Team Lead in Supply Chain Innovation, und Dr. Hans Ehm, Senior Principal Supply Chain Management bei Infineon

Infineon: Harnessing quantum computing to optimize supply chains

The semiconductor industry is characterized by its global supply chains. These are a complex network, and achieving optimal results is a challenge, even for established industry players like Infineon. With a leading position to maintain, Infineon has its sights set on one of the key technologies for the future: quantum computing.

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Picture of Andreas Nawroth

Munich Re: Understanding, calculating and hedging complex risks

At Munich Re, Dr. Andreas Bayerstadler and his team are researching quantum technology applications for modern route planning. This way, they are helping to make Germany a pioneer in quantum technology – and to protect companies more intelligently against economic losses in the future.

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BASF: How quantum computing can help develop chemical catalysts

With the help of quantum computing, BASF intends to accelerate the development of new catalysts within polymer research. To do so, it is relying on a hybrid approach – and collaboration with QUTAC.

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Interviewpartner Clemens Utschig-Utschig, CTO Boehringer Ingelheim. © Boehringer Ingelheim Pharma GmbH & Co. KG.

Boehringer Ingelheim: A question of time

For the simulation of complex molecules, Boehringer Ingelheim CTO Clemens Utschig-Utschig also considers the potential of quantum computing. This way, extensive laboratory experiments may be reduced in the future – and with them the time needed to develop new drugs.

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