We are a dynamic research group based at the University of Granada in Southern Spain, driven by a shared passion for advancing knowledge across multiple areas of quantum physics. Our team is dedicated to exploring the theoretical and phenomenological aspects of quantum phenomena, delving into diverse topics such as quantum thermodynamics, quantum information and computing, and the foundational principles of quantum mechanics.
Lines of Research
Open Quantum Systems
- The effect of Symmetries in Open Quantum Systems
- Master Equations beyond weak coupling.
- Simulation of open quantum systems in quantum computers.
Quantum Machine Learning
- Entanglement detection with classical and quantum machine learning techniques.
- Quantum Neural Networks.
- Quantum Variational Algorithms.
- Quantum Kernels and Support Vector Machines.
- Quantum Walks with applications to Machine Learning.
Quantum Thermodynamics
- Quantum heat engines and the concepts of heat and work.
- Non-equilibrium quantum thermodynamics.
- Transport phenomena and optimisation in quantum systems.
- Kinematics of relaxation processes.
Quantum Computing
- Benchmarking and modelization of quantum computers.
- Classical Simulation of Quantum Circuits.
- Clifford-Dominated Circuits.
- The role of quantum effects in quantum computing.
- Simulation of complex systems and chemical reactions in quantum computers
Quantum Information
- Quantum Statistical Inference and Metrology.
- Resource Theories for Quantum Information.
- Foundations of Quantum Information.