Another example that gives me hope is quantum technologies. We are already at the forefront of research in this field worldwide. Now it's a matter of bringing these research results into application and forming the start of a value chain.German Chancellor Olaf Scholz Source: Bundesregierung.de // Photo: acatech/David Ausserhofer
Applying quantum computing
The industrialisation of quantum computing has only just begun. At QUTAC, important German companies come together to put our country and Europe at the forefront of the development of this crucial future technology.Dr. Reinhard Ploss Representative of QUTAC
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Early Investing in Quantum Computing – Bernhard Kube, CTO at Lufthansa Industry Solutions Knows: Early Movers Reap the Benefits
How can companies identify the right moment to address industrial application for quantum computing? Bernhard Kube, Chief Technology Officer at Lufthansa Industry Solutions, explains what lessons industry can learn from the current situation in the field of artificial intelligence, what this means for quantum computing and what kind of political support is needed to create a successful quantum ecosystem.
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Quantum Technology in Germany — a Joint Path to Value Creation in Industry
What can and must be done to bring quantum technology and especially quantum computing to industrial application in Germany? At our panel at World of QUANTUM on June 28th at Messe München, we discussed this question with experts from different areas of the German quantum ecosystem—because we believe in open exchange and collaborative efforts.
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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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Production & Logistics: Quantum algorithms for multi-knapsack optimization problems
Optimizing modern supply chains is one of the most important potential application areas for quantum computing. In our new paper submitted to the Computing Conference 2023, we explore the potential of the technology in solving application-oriented optimization problems.
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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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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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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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"For an innovation to achieve impact, it’s a question of applicability, not technological potential."
Quantum computing is still in its infancy. Nevertheless, investments that go beyond funding the further development of hardware are crucial to this phase, says Dr.-Ing. Susan Wegner, Vice President for Artificial Intelligence & Data Analytics at Lufthansa Industry Solutions. In our interview, she explains why her company joined QUTAC, how it is involved in the consortium and what digital sovereignty means to her.
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Munich Re: Understanding, calculating and hedging complex risks
At Munich Re, Andreas Nawroth 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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“Only markets make the development of quantum solutions economically attractive.”
The industrialisation of quantum computing requires not only basic technology, but also a functioning market, says Dr. Andre Luckow, Head of the Department for New Technologies at BMW Group IT. In this interview, he explains how QUTAC intends to strengthen the development of industrial applications and hot the BMW Group, both within the consortium and beyond, is involved in the field of quantum computing.
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"Quantum computing will become a key enabling technology"
Quantum technologies will trigger a series of disruptive innovations, says BASF Chairman of the Board Dr. Martin Brudermüller. In an interview, he explains what we can expect from this new technology, the challenges involved in its development and why now is exactly the right time to establish an industry consortium like QUTAC.
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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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