Summer School on Quantum Technologies for Detection, Communication and Computing
1 August - 8 August, 2025
Quantum technologies exploit the concepts of superposition and entanglement, as well as the control of individual quantum objects in order to secure the communications, develop ultra sensitive detectors or revolutionize computing and numerical simulation. The Quantum Tech PSI will provide a comprehensive introduction to these transformative technologies, focusing on experimental approaches and applications. Participants will explore a diverse range of topics, including:
- Quantum systems for quantum technologies, including atomic gases, two-dimensional electron gases, superconducting circuits, photonic, and hybrid optomechanical systems.
- Advanced experimental techniques, including materials growth and synthesis, micro- and nano-fabrication, characterization methods, cryogenics, and microwave measurements.
Who should attend? This school is designed for senior undergraduate and early graduate students, particularly those from the Balkans region. However, we warmly welcome students from around the globe. All lectures will be conducted in English, ensuring an inclusive and international learning environment.
Who will teach? Participants will learn from leading experts, including postdocs and senior researchers from academia, as well as professionals from top quantum technology companies across Europe and the United States.
Program
- Samy Annabi (École Polytechnique) – Quantum dots with carbon nanotubes and 2D materials
- Petar Bojović (Max Planck) – Cold atoms, quantum simulation
- Stefan Bogdanović (SandboxAQ) – Quantum sensing and magnetometry, applications in medical devices and navigation
- Uroš Delić (TU Wien) – Optomechanics with solid-state objects and atoms
- Sanja Đurđić Mijin (Universidad Autónoma de Madrid) – Quantum optics, quantum information with continuous variables
- Marko Kuvdžić (CNRS) – Experimental techniques for quantum measurements: four point measurements, cryogenic techniques, cryogenic magneto-transport measurements
- Danijela Marković (CNRS) – Parametric amplification, quantum machine learning
- Ognjen Stanisavljević (Aalto University) – Quantum superconducting circuits, circuit quantum electrodynamics