• April 10, 2018

    Light is a paradigmatic quantum field, with individual excitations -- photons -- that are the most accessible massless particles known. However, their lack of mass and extremely weak interactions means that typically the thermal description of light is that of blackbody radiation.

  • April 10, 2018

    Photonic systems are among the most promising avenues to perform quantum simulations by emulating the dynamics of the physical problems of interest in a well-controllable photonic platform.  However, unlike most bosonic systems, the particle number in photonic systems is usually not conversed dur

  • January 31, 2017

    Quantum Hall systems exhibit topologically protected edge states, whose electronic coherence length can achieve a macroscopic spatial extent.

  • January 31, 2017

    In electronic fractional quantum Hall (FQH) systems the kinetic energy of the carriers is quenched and the physics is entirely determined by electron-electron interactions.  The dominant role played by interactions and many-body effects makes FQH systems highly sensitive to small perturbations.

  • January 31, 2017

    Describing the driven-dissipative dynamics of many-body systems is an exciting frontier of theoretical physics.  In this work, we studied the emergent non-equilibrium behavior of a system of interacting photons.

Pages