Veranstaltungen

​​​Quantum computing promises great potential for companies in almost all industries thanks to its speed and precision advantages. Combining it with machine learning methods also opens up new possibilities. How do quantum computers work, what principles underlie their programming, and why does the so-called »quantum advantage« promise disruptive change in the IT industry? In our 5-day Winter School in cooperation with Heilbronn University, we train the experts of tomorrow. ​​

Germany just launched Europe’s biggest Quantum Computing Software project! Building on top of the Innovation Concept QC Next this follow-up project aims at defining and implementing the software reference architecture described in the Innovation Concept. Join us for a full day on quantum computing software development on April 23rd in Berlin!

​​​​​How does quantum computing (QC) work? What principles do its programming rely on and why does the so-called “quantum advantage” promise disruptive change in almost all industries? This introductory one-day workshop covers the basics of QC, the innovation network and its opportunities and challenges and gaining insights into potential applications.​​

Quantum computing offers great potential for solving problem classes that are extremely difficult or currently out of reach for classical methods alone.It is an emerging technology stack that enables developers and technical professionals to tackle specific problem classes in entirely new ways and, in some domains, to achieve massive speed-ups. Our three-day Industry training is particularly designed for developers, engineers, and technically oriented experts from industry who want to move beyond basics: learning how to work with quantum computing in practice.From the required skills to seamless integration into existing software and data workflows.

This symposium brings together leading researchers and experts from academia and industry to explore recent advances and challenges in the development of fault-tolerant quantum systems and quantum algorithms for material science and quantum chemistry.

​​​Quantum computing promises great potential for companies in almost all industries thanks to its speed and precision advantages. Combining it with machine learning methods also opens up new possibilities. How do quantum computers work, what principles underlie their programming, and why does the so-called “quantum advantage” promise disruptive change in the IT industry? In our 5-day Autumn School, we train the experts of tomorrow. ​​

​​​​​How does quantum computing (QC) work? What principles do its programming rely on and why does the so-called “quantum advantage” promise disruptive change in almost all industries? This introductory one-day workshop covers the basics of QC, the innovation network and its opportunities and challenges and gaining insights into potential applications.​​

Quantum computing offers great potential for solving problem classes that are extremely difficult or currently out of reach for classical methods alone.It is an emerging technology stack that enables developers and technical professionals to tackle specific problem classes in entirely new ways and, in some domains, to achieve massive speed-ups. Our three-day Industry training is particularly designed for developers, engineers, and technically oriented experts from industry who want to move beyond basics: learning how to work with quantum computing in practice.From the required skills to seamless integration into existing software and data workflows.