Freiburg, Baden-Württemberg, Germany
Member of the Quantum Information Group and involved into the project QORA - Quantum Optimization with Resielient Algorithms - as part of the Competence Center Quantum Computing Baden-Württemberg.
Involved in the following projects: 1) Certification of multiparticle entanglement - characterization of classes of multiparticle entanglement with moments of randomized measurements - determination of the measurement resources required for a confident estimation fo the respective moments - characterization of high-dimensional bipartite entanglement using moments of randomized measurements - detection of bound entanglement in this framework 2) Quantum computation - studying the role of entanglement and complexity in different classes of stochastic quantum computaitons - classification of stochastic quantum computations in terms of moments of randomized measurements - influence of realistic noise and gate errors on the statistics of the output states 2) Open systems and quantum thermodynamics - Non-Markovianity in the Caldeirra-Leggett model - Entanglement and entropy production
Involved in the following projects: 1) Entanglement detection and characterization - characterizing multipartite entanglement with spherical designs and moments of randomized mesurements 2) Bell-Nonlocality - definition and characterization of supra-quantum correlations in continuous variables 3) Spatial entanglement of photon pairs - study of the production of entangled photon pairs using the Talbot effect, i.e., near-field interference