WP2: Quantum Information Geometry and Algebraic aspects of Quantum Computing

This WP investigates the geometric structure of information spaces in classical and quantum systems, with applications (stabilizer code). It will focus on symmetry-invariant geometric structures on spaces of quantum states, establishing strong links with the representation-theoretic and symmetry-based results of WG1. It will also develop novel geometric tools for the detection, characterization and quantification of quantum correlations, via a quantum generalization of information geometric methods. It will exploit the language of integrable systems to the theoretical design of quantum circuits.