We consider quantum walks on the cycle in the non-stationary case where the ‘coin’ operation is allowed to change at each time step. We characterize, in algebraic terms, the set of possible state transfers and prove that, as opposed to the stationary case, the associate probability distribution may converge to a uniform distribution among the nodes of the associated graph.
Non-stationary quantum walks on the cycle
PARLANGELI, GIANFRANCO;
2007-01-01
Abstract
We consider quantum walks on the cycle in the non-stationary case where the ‘coin’ operation is allowed to change at each time step. We characterize, in algebraic terms, the set of possible state transfers and prove that, as opposed to the stationary case, the associate probability distribution may converge to a uniform distribution among the nodes of the associated graph.File in questo prodotto:
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