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Making quantum information remain stable in the presence of noise

Schematic of a scientific study. Illustration.

PhD student William Samuelson et al have developed a theoretical framework showing how Majorana bound states can remain robust even in strongly interacting quantum systems.

In a recent article published in PRX Quantum, the authors connect the locality of Majorana states to their protection against environmental disturbances, an important step toward understanding how topological approaches could support future quantum technologies. This framework also provides new tools for exploring strongly interacting quantum systems inspired by recent experimental advances.
  All authors: William Samuelson, Juan Daniel Torres Luna, Sebastian Miles, Ahmet Mert Bozkurt, Martin Leijnse, Michael Wimmer, and Viktor Svensson. 

“Quantifying Robustness and Locality of Majorana Bound States in Interacting Systems”