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This course aims to introduce researchers in the fields of condensed matter and quantum information to the potential of quantum phases of condensed matter for quantum information processing. Participants will learn about superconductors, topological insulators, SQUIDs, quantum Hall systems, Majorana modes, and their roles in quantum computation. The teaching method includes courses on abstract foundations of quantum information, quantum Hall effects, algorithms in quantum computation, basics of superconductivity, and non-abelian anyons. The course targets condensed matter researchers interested in quantum computation and quantum information researchers looking to understand suitable substrates for quantum information processing.
