Switching and partially switching the hypercube while maintaining perfect state transfer

24 Jun 2019 Kirkland Steve Plosker Sarah Zhang Xiaohong

A graph is said to exhibit perfect state transfer (PST) if one of its corresponding Hamiltonian matrices, which are based on the vertex-edge structure of the graph, gives rise to PST in a quantum information-theoretic context, namely with respect to inter-qubit interactions of a quantum system. We perform various perturbations to the hypercube graph---a graph that is known to exhibit PST---to create graphs that maintain many of the same properties of the hypercube, including PST as well as the distance for which PST occurs... (read more)

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Categories


  • COMBINATORICS
  • QUANTUM PHYSICS