Quantum advantage in Data Centers
Matthias Reidans Senior Project Services Manager
Expert lecture
Watch this full lecture and over 100 other expert presentations on quantum technologies with a QSECDEF membership.
About Matthias Reidans
Matthias Reidans studied philosophy at the JWG-university Frankfurt am Main. In 1999 he successfully completed the education “Berater EDV/Telekommunikation”, at Gesellschaft für informationsverarbeitende Berufe Mainz. After 15 years with IBM and 5 years with Integrated Cloud Solutions GmbH and tecRacer Project Management GmbH he works as senior project manager in the service division of Rosenberger Optical Solutions & Infrastructure. He specialized in data center consolidation, transformation projects and is investigating the innovative potential of quantum technology for the data center business.
Organisation
Since 1991 Rosenberger Optical Solutions & Infrastructure (Rosenberger OSI) is a recognized expert for fiber-based connectivity, cabling solutions and infrastructure services in the areas of data centers, local area networks, mobile networks and industrial applications.
As an integrated solution provider we have a profound expertise in developing and producing system solutions for communication networks. Our comprehensive service offering enables the secure and efficient operation of digital infrastructures. That combination, along with our strong customer focus as well as being integrated in the worldwide operating Rosenberger Group, is unique and makes us a strong partner in the global market.
Frequently Asked Questions
- Who is Matthias Reidans?
- Matthias Reidans studied philosophy at the JWG-university Frankfurt am Main. In 1999 he successfully completed the education “Berater EDV/Telekommunikation”, at Gesellschaft für informationsverarbeitende Berufe Mainz. After 15 years with IBM and 5 years with Integrated Cloud Solutions GmbH and.
- What is the lecture "Quantum advantage in Data Centers"?
- This presentation by Matthias Reidans at the Quantum Security Defence World Symposium covers key concepts, challenges, and developments in quantum computing.
- What is quantum computing?
- Quantum computing uses superposition and entanglement to perform certain computations substantially faster than classical computers. Key applications include optimisation, simulation, and cryptanalysis.
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