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Maximal coin-position entanglement generation in a quantum walk for the third step and beyond regardless of the initial state
We study maximal coin-position entanglement generation via a discrete-time quantum walk,
in which the coin operation is randomly selected from one of two coin operators set at each …
in which the coin operation is randomly selected from one of two coin operators set at each …
Locating sources of Szegedy's quantum network
Source location in quantum networks is a critical area of research with profound implications
for cutting-edge fields such as quantum state tomography, quantum computing, and …
for cutting-edge fields such as quantum state tomography, quantum computing, and …
Enhancing entanglement with the generalized elephant quantum walk from localized and delocalized states
Recently, a generalization of a nonstandard step operator named the elephant quantum
walk (EQW) was introduced. With proper statistical distribution for the steps, that generalized …
walk (EQW) was introduced. With proper statistical distribution for the steps, that generalized …
Wave packet spreading with periodic, Fibonacci quasiperiodic, and random nonlinear discrete-time quantum walks
L Gong, X Guo, J Sun, W Cheng, S Zhao - Quantum Information …, 2022 - Springer
We consider a nonlinear discrete-time quantum walk whose coin operator temporally
changes according to periodic, Fibonacci quasiperiodic, and random sequences …
changes according to periodic, Fibonacci quasiperiodic, and random sequences …
Locating sources of complex quantum networks
The source location of quantum network is an important basic research in the direction of
quantum networks, which has important scientific and application values in the frontier fields …
quantum networks, which has important scientific and application values in the frontier fields …
Localization in quantum walks with a single lattice defect: A comparative study
We study how a single lattice defect in a discrete time quantum walk affects the return
probability of a quantum particle. This defect at the starting position is modeled by a …
probability of a quantum particle. This defect at the starting position is modeled by a …
Statistics of Floquet quasienergy spectrum for one-dimensional periodic, Fibonacci quasiperiodic and random discrete-time quantum walks
L Gong, J Sun, X Guo, W Cheng, S Zhao - The European Physical Journal …, 2022 - Springer
Discrete-time quantum walks are Floquet systems if the quantum walk operator is
independent of time. We consider such one-dimensional quantum walks with two quantum …
independent of time. We consider such one-dimensional quantum walks with two quantum …