Associate Professor Adjoint • JILA Fellow
Chemistry
We are advancing the frontier of quantum measurement science by exploring the unique properties of entangled photons interacting with fluorescent proteins and other fluorophores used in cellular imaging. For example, time-energy entanglement can significantly enhance nonlinear light-matter interactions. Entangled two-photon absorption follows linear rather than the classical quadratic intensity dependence and can be observed at much lower photon fluxes than two-photon absorption in conventional multiphoton microscopy.