Grups d'Investigació

GIUV2026-034

The group conducts theoretical research in quantum information science, covering fundamental aspects of quantum information theory and applications in quantum technologies. Advances in the control and measurement of quantum systems enable new approaches to information processing, simulation, and precision measurements. The group studies the identification, quantification, and characterization of quantum resources and correlations, and their use in quantum computing, quantum simulation, and quantum metrology. The research spans general theoretical foundations and the exploration of the potential of specific experimental platforms under realistic conditions. Training of doctoral and early-career researchers is a central component of the groups activity.

https://sites.google.com/view/qinfo

• Identification and quantification of quantum resources and correlations relevant for quantum technologies
• Determination of fundamental limits of measurement precision, and strategies to surpass classical bounds
• Development of near-term quantum-technology implementations in state-of-the-art systems under realistic conditions.

• Quantum information theory and resources.Foundations of quantum computation, simulation, and sensing; quantum correlations; resource theories.
• Quantum metrology and sensing.Sensitivity limits and quantum-enhanced measurement protocols.
• Quantum dynamics and simulations.Open quantum systems and quantum simulations, including cold atoms and Bose-Einstein condensates, trapped ions, and photonic platforms.
• Quantum computing and machine learning.Variational algorithms, quantum machine learning, information-geometric methods, and applications to near-term quantum devices.

• Theoretical Physics

• INFORMACIÓN CUÁNTICA
• TECNOLOGÍA CUÁNTICA