Quantum Matter Theory

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Lectures SuSe 2018: Topological Order and Anyons

Lecture: Topological Order and Anyons

Prof. Dr. Belén Paredes

Lectures: Thursdays 12-14 h, Theresienstrasse 37 A-450
Lectures: Fridays     12-14 h, Theresienstrasse 37, A-348
Starting date: Thursday, 19th April

Carlos García
                                  Tutorials: Tuesdays  16-18 h, Theresienstrasse 37, A-249

Topological order is an unconventional way of quantum organization that contradicts the traditional paradigms of condensed matter physics. Topological states of matter obey emergent global rules, which are dramatically different from the fundamental laws governing the microscopic individuals. For instance, a system of bosonic or fermionic particles forming a topological state can generate excitations that are neither bosons nor fermions, but anyons with novel braiding statistics. In this lecture I will explain the concepts of topological order and anyons, exploring seminal examples, like fractional quantum Hall systems and quantum loop models.