2022年1月20日 · In this paper, we highlight the directivity of one-dimensional discrete quantum walks via QWRWs. By exploiting the fact that QWRW allows trajectories of individual walkers …

In this paper, we examine the concept of a quantum-walk-replicating random walk, which we call QWRW. A A quantum walk (QW) is often explained as the counterpart of the classical random …

In this section, we present quantum-walk-replicating random walk (QWRW). First, we de ne the two-state quantum walk that QWRW is based on. Second, we describe the way of …

In this paper, we highlight the directivity of one-dimensional discrete quantum walks via QWRWs. By exploiting the fact that QWRW allows trajectories of individual walkers to be considered, we …

2022年10月29日 · In this paper, we highlight the directivity of one-dimensional discrete quantum walks via QWRWs. By exploiting the fact that QWRW allows trajectories of individual walkers …

Before defining the skeleton structure, we introduce the quantum-walk-replicating random walk (QWRW) [24]. ... In this paper we claim that a common underlying structure-a skeleton …

Before defining the skeleton structure, we introduce the quantum-walk-replicating random walk (QWRW) [24]. ... In this paper we claim that a common underlying structure-a skeleton …

2023年1月31日 · In this paper, we claim that a common underlying structure—a skeleton structure—is present behind discrete-time quantum walks (QWs) on a one-dimensional lattice …

In this paper, we construct one-dimensional random walks derived by the time evolution of quantum walks and prove that the probability distribution of the original quantum walk and that …

Quantum walks (QWs) exhibit different properties compared with classical random walks (RWs), most notably by linear spreading and localization. In the meantime, random walks that …