Academia

Fraunhofer Insti­tute for Manufac­tu­ring Enginee­ring and Automa­tion IPA, Quantum Compu­ting Team

With its two focus areas, quantum-assis­ted machine learning and quantum simula­tion, the group inves­ti­ga­tes indus­try relevant appli­ca­ti­ons and methods in order to support early trans­fer into broad indus­trial use. The main focus is on the develo­p­ment and advance­ment of quantum algorithms, with parti­cu­lar conside­ra­tion of current hardware progress.

Research

  • Machine learning for and with quantum computing
  • Quantum simula­tion of quantum mecha­ni­cal systems

Contact

Dr. Jan Schnabel

Group Leader Quantum Computing

Stutt­gart

Activities

Compe­tence Center for Quantum Compu­ting Baden Württem­berg (KQCBW): At the KQCBW, several Fraunhofer insti­tu­tes and research partners pool their exper­tise for the develo­p­ment and appli­ca­tion of quantum computers.

AutoQML: AutoQML enables low-thres­hold access to quantum compu­ting-based AI soluti­ons. The open frame­work was develo­ped within the project of the same name.

H2Giga – Degrad-El³: As part of this project, quantum compu­ting is inves­ti­ga­ted for lifetime analy­sis of electro­ly­zers. The project is part of the H2Giga flagship initiative.

sQUlearn: sQUlearn is a user-friendly library for quantum machine learning. The package was speci­fi­cally designed for seamless integra­tion into conven­tio­nal tools.

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Are you working on quantum technologies in Baden-Württemberg and would like to learn more about the QuantumBW initiative? Would you like to become part of the QuantumBW initiative and sign a Letter of Intent? Get in touch with us.

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