Research and Projects

Research and projects

  • Lise Meitner Fellowship (FWF):
    M2915 “
    Entropy generation in nonlinear levitated optomechanics”

    Supervisor: Prof. Nikolai Kiesel, Prof. Mauro Paternostro
    A prestigious 2-year postdoc fellowship at the University of Vienna, where I investigate what is the entropy production when a levitated system is subject to nonlinear dynamics.

    Discovery Grant (ESQ):
    “Optimal memory performance: a control-based thermodynamic approach”

    A 1 year research project to kickstart my research idea linking control theory and thermodynamic for making information processes more efficient

    CoQPIT (EU Consortium):
    “Control of Quantum Processes using Information Thermodynamics”

    A 3 years research plan of a 8-partners Consortium of which I am the Coordinator, to investigate the energetic cost of controlling and operating a memory in the quantum regime, and how to make it better using control theory and thermodynamics.

  • Quantum Thermodynamics 

    Nonlinear potentials

    Quantum interference with mechanical systems

    Quantum Information