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our first speaker is vivian londo who will talk about towards local testability for quantum coding thank you thank you for giving me the opportunity to talk here so im going to to talk about um quantum locally testable codes and this is joint work with anthony varga and jill zimmer ah let me minimize this um okay so uh so this talk is about quantum codes and i will start with the um a controversial sentence that um classical ldpc codes are well understood in the sense that if you pick a random matrix um sorry a priority check matrix at random it gives you a linear number of logical bits and a linear minimum distance and you can decode such a code efficiently with a belief propagation algorithm and what i mean with classical ldbc codes are are well understood is and what i really want to do is to contrast this with quantum ldpc codes which are um way less understood and first let me define quantum ldbc codes so um they are defined by constraints that are local which makes them ldpc an