Download the schedule of the summer school here
Scalable Quantum Computing – From First Principles to Market
11-15 September 2023
Discover the Quantum Future: Join the IDEA League Summer School on Scalable Quantum Computing hosted at RWTH Aachen University this September
Quantum computing is a rapidly-developing technology that uses the laws of quantum mechanics to solve complex problems faster than any classical computer. The Scalable Quantum Computing Summer School at RWTH Aachen University is aimed at Masters and PhD students in physics who want to gain an overview of quantum computing platforms believed to have the potential for practical applications. The topics covered range from fundamental principles to technological implementations and touch on real-world market considerations.
Image courtesy of F. Gandiya
Keywords: Quantum Computing, Applications, Physics, Real-World Applications
Location
Participants
Expenses
Requirements
Curriculum vitae & publications list
Letter of motivation
Letter of recommendation (optional)
Supervisor approval (for PhD students from Chalmers)
During the summer school, participants will explore:Quantum computing fundamentals, such as qubits, entanglement, quantum gates, and algorithms.
- Overview of leading hardware platforms including superconducting and semiconductor qubits, trapped ions, neutral atoms and phontonic quantum computing.
- Applications, error correction, requirements and scalability.
- Companies and startups and their role in the quantum computing community.
The summer school is aimed at Master and PhD students with a strong background in physics. A keen interest in quantum computing and its real-world applications is essential. By attending this summer school, you will not only expand your quantum computing knowledge but also grow your network by connecting with peers and experts in the academic and industrial field.
The list of speakers includes:
- David DiVincenzo (RWTH Aachen/FZ Jülich)
- Hendrik Bluhm (RWTH Aachen/FZ Jülich/ARQUE Systems)
- Rami Barends (FZ Jülich)
- Menno Veldhorst (TU Delft)
- Giulia Ferrini (Chalmers)
- Vincent Mourik (FZ Jülich)
- Jonathan Home (ETH Zurich)
- Sebastian Hofferberth (University Bonn)
- Andreas Wallraff (ETH Zurich)
- Frank Deppe (IQM)
- Shai Machnes (Qruise)
- Torsten Last (Orange Quantum Systems)