L-8

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Revision as of 11:52, 16 March 2024 by Rosso (talk | contribs) (Created page with "<Strong>Goal:</Strong> we will introduce the Anderson model, discuss the behaviour as a function of the dimension. In 1d localization can be connected to the product of random matrices. = Anderson model (tight bindind model)= We consider a lattice with non-interacting particles hopping between nearest neighbors and feeling on-site disorder. The hamiltonian reads: <center> <math> H= - t \sum_{ <i, j> } (c_i c_j +c_j c_i) \sum_i \epsilon_i c_i c_i </math></center>")
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Goal: we will introduce the Anderson model, discuss the behaviour as a function of the dimension. In 1d localization can be connected to the product of random matrices.

Anderson model (tight bindind model)

We consider a lattice with non-interacting particles hopping between nearest neighbors and feeling on-site disorder. The hamiltonian reads: