We extended a fundamental principle in statistical mechanics called microscopic reversibility to the quantum world and experimentally verified it. Just appeared in PRL and selected as an Editor’s Suggestion and for a Synopsis in Physics.

A concise review on how to engineer the quantum state of light one photon at a time has just appeared in Progress of Quantum Electronics.

We review our recent experimental results concerning the conditional implementation of coherent superpositions of single-photon additions onto distinct field modes. On the cover of Entropy.

A properly-trained artificial neural network is able to correctly identify classical and nonclassical features from real experimental data for different states of light. See more in Physical Review Research.

We join a group of experts from all over the world to draw a roadmap of future applications of quantum light to spectroscopy. In Journal of Physics B.