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Explore finite-temperature quantum topological order in three-dimensional systems through this 36-minute conference talk by Tibor Rakovszky from Budapest University of Technology and Economics. Delve into the theoretical foundations of quantum topological phases at non-zero temperatures and understand how thermal fluctuations affect the stability of topological quantum states in three-dimensional geometries. Examine the interplay between temperature effects and quantum error correction in topological systems, gaining insights into how these phenomena relate to fault-tolerant quantum computation and the broader framework of quantum many-body physics. Learn about recent theoretical developments in understanding the robustness of topological order against thermal noise and discover how these findings contribute to the optimization of quantum error correction protocols for practical quantum computing implementations.
