# Is there rigorous proof that in one dimensional disorder system, all states are local

it is a well known result, but it is a rigorious result or not?

tom.stoer

You mean Anderson localization?

You mean Anderson localization?

yes.

In 1D, yes, it is fully rigorous. A quick google brings up references and papers --- too many to list here.

In 1D, yes, it is fully rigorous. A quick google brings up references and papers --- too many to list here.

I don't believe this. Even the Bloch's theorem is not dealt with rigorously, so how could the Anderson localization then? The Anderson localization looks like more complicated phenomenon than Bloch waves.

I don't believe this. Even the Bloch's theorem is not dealt with rigorously, so how could the Anderson localization then? The Anderson localization looks like more complicated phenomenon than Bloch waves.

no, bloch theorem is rigorious!

tom.stoer