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---------------------------------- TORIC & [[4,2,2]]-CONCATENATED TORIC CODE SIMULATOR Tobias Hoelzer September 2013 Institute for Quantum Information RWTH Aachen University Bachelor Thesis: Study of [[4,2,2]]-concatenated toric code for a scalable circuit-QED architecture based on the works of Martin Suchara UC Berkeley, 2012 ---------------------------------- WHAT IS IT DOING? All programs determine the failure rates versus error probability for different lattice sizes for a specific amount of iterations and save them to files. Every program features a specific architecture. VERSION DESCRIPTION: The threshold simulations vary in the architecture and the syndromes: The code is either toric or [[4,2,2]]-concatenated. The syndrome measurements are either perfect or noisy. FEATURES: The toric codes do not differ a lot from Martin Suchara's Code but only consider X-errors with a gauge qubit. All codes only consider X-errors with a gauge qubit. All codes feature multithreading. HOW TO GET STARTED: The toric codes are easier to understand, but are not very well commented. The concatenated codes are harder programmingwise, but feature detailed comments. It may help to read chapter 3 Numerics of the bachelor thesis. AND LAST, BUT NOT LEAST: May the force be with you!
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