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July 27 – July 31 2026
Bernoulli Center, EPFL, Lausanne (Switzerland)
A one-week summer school on theory and simulation of open quantum systems
A one-week summer school on theory and simulation of open quantum systems
School Format
School Format
The study of open quantum systems far from equilibrium stands at the forefront of modern quantum science. It is essential for addressing key challenges in quantum technologies, and underpins our understanding of fundamental non-equilibrium phenomena such as decoherence, steady-state relaxation, and dissipative phase transitions.
This Summer School offers a deep and modern theoretical introduction to open quantum dynamics. Designed as an interdisciplinary bridge between quantum optics, many-body physics, and quantum information, our program combines conceptual lectures on basic and advanced topics with hands-on computational tutorials.
The event is aimed at graduate students, postdocs, and early-career researchers in quantum optics, condensed matter, and quantum information.
The study of open quantum systems far from equilibrium stands at the forefront of modern quantum science. It is essential for addressing key challenges in quantum technologies, and underpins our understanding of fundamental non-equilibrium phenomena such as decoherence, steady-state relaxation, and dissipative phase transitions.
This Summer School offers a deep and modern theoretical introduction to open quantum dynamics. Designed as an interdisciplinary bridge between quantum optics, many-body physics, and quantum information, our program combines conceptual lectures on basic and advanced topics with hands-on computational tutorials.
The event is aimed at graduate students, postdocs, and early-career researchers in quantum optics, condensed matter, and quantum information.
TOPICS
TOPICS
• Fundamentals of open quantum systems and Lindblad master equations
• Fundamentals of open quantum systems and Lindblad master equations
• Dissipative phase transitions
• Dissipative phase transitions
• Quantum error mitigation and noisy channels
• Quantum error mitigation and noisy channels
• Tensor networks and for open systems
• Tensor networks and for open systems
• Measurement-induced phase transitions
• Measurement-induced phase transitions
• Non-Markovian dynamics
• Non-Markovian dynamics
• Dissipation in strongly correlated systems
• Dissipation in strongly correlated systems
• Quantum chaos and thermalization
• Quantum chaos and thermalization
• Phase-space and truncated-Wigner approaches
• Phase-space and truncated-Wigner approaches
• Computational tutorials on QuantumToolbox.jl, iTensor, Qiskit
• Computational tutorials on QuantumToolbox.jl, iTensor, Qiskit
ORGANIZERS
ORGANIZERS
Prof. Vincenzo Savona
Dr. Matteo Seclì
Dr. Alberto Mercurio
Dr. Alessio Paviglianiti
Let us know if you'll be attending!
Let us know if you'll be attending!
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