Photons are often referred to as flying quantum bits, a phrase that emphasizes both their
quantum character and their ability to carry quantum information between two distant points …

We derive general evolution equations describing the ensemble-average quantum
dynamics generated by disordered Hamiltonians. The disorder average affects the …

We present a simple scheme to determine the diffusion properties of a thin slab of strongly
scattering material by measuring the speckle contrast resulting from the transmission of a …

We explore the propagation of light in a two-photon state in disordered optical systems that
induce Anderson localization. We show that entangled-photon pairs demonstrate a …

We show how coherences between identical constituents of a many-body quantum state can
be interrogated by suitable correlation functions and identify sufficient conditions under …

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We measure ensemble-averaged quantum correlations of path-entangled photons,
propagating in a disordered lattice and undergoing Anderson localization. These result in …

We investigate the possibility of using a scattering medium as a highly multimode platform
for implementing quantum walks. We demonstrate the manipulation of a single photon …

We show how robust statistical features of a many-particle quantum state's two-point
correlations after transmission through a multimode random scatterer can be used as a …

We consider the propagation of light in a random medium of two-level atoms. We investigate
the dynamics of the field and atomic probability amplitudes for a two-photon state and show …