Science et technologie

Quantum Computing, Complexity and Control (QCCC2026)

18.mai - 22. mai, 2026 Cod. Z70-26

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Description

This workshop brings together researchers from industry and academia to explore the frontiers of quantum computing, with a focus on recent advances in quantum control and the complexity of quantum dynamics in physical systems. The event aims to foster cross-disciplinary dialogue and collaboration among experts working on Krylov subspace methods in quantum dynamics—including operator growth and Krylov complexity—as well as quantum control strategies based on shortcuts to adiabaticity, such as counter-diabatic driving and adiabatic gauge potentials. In addition, the workshop will highlight the development of quantum algorithms for quantum computing assisted by counter-diabatic driving.

Topics include:

Quantum complexity
Krylov subspace methods
Quantum dynamics and chaos
Quantum Computing algorithms
Quantum control shortcuts to Adiabaticity
Counter-diabatic driving
Adiabatic Gauge Potential

Organizing Committee:

Budhaditya Bhattacharjee (University of Luxembourg)
Adolfo del Campo (University of Luxembourg & DIPC)
Xi Chen (ICMM-CSIC)
Geza Giedke (DIPC)

Objectifs

This workshop is planned to provide a stimulating platform for the exchange of ideas, building connections and forming collaborations among researchers in academia and industry working at the intersection of quantum dynamics, quantum control, quantum computing and quantum algorithms

By bringing together leading experts on Krylov subspace methods and operator complexity, shortcuts to adiabaticity and counter-diabatic driving, and algorithmic applications of these techniques in quantum computing, this event aims to foster engaging discussions and spark fruitful collaborations.

The goal of this workshop is to generate new synergies that potentially lead to new and significant advances in the the control and computational power of near-term and future quantum technologies.