Quantum Information Theory
We investigate, through the perspective of quantum information, a wide variety of physical systems: spin chains and arrays, Boson and Fermion systems, Gaussian states and even the concept of time in quantum mechanics. A common aspect is that the main characteristics of the different systems emerge from entanglement and quantum correlations (Quantum Discord, Generalized entropic measures).
Collaboration with the Quantum Optics Lab
We consider it crucial to corroborate theoretical results through experiments, so we maintain a fluid collaboration with the quantum optics laboratory of the University of Buenos Aires LPI: Laboratorio de Procesado de Imágenes.
