"Tight-binding in a new light: Photons in periodic and
disordered lattices"
Prof. Yaron Silberberg Dept. of
Physics of Complex Systems, Weizmann Institute of
Science
The 1d tight binding approximation has been extremely useful to
explain the basic properties of condensed matter, from ballistic
transport and energy bands to Anderson localization and many body
effects. The photonic version of this system, based on arrays of
coupled waveguide, enables direct and simple observation of basic
properties of this system, including the evolution of eigenfunctions
and even studies of interactions. Here I review several recent studies
of light propagation in disordered lattices and of quantum
correlations in these systems.
Host:
Prof. Ron Lifshitz, x5145
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