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20212026
most citedWalk/Zeta Correspondence for quantum and correlated random walks

1 citations · 1 across the 7 of their papers we have counts for

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quant-ph2026

Hadamard Rigidity of Positive Sojourn Time Distributions for Rotation Coins

Shunya Tamura, Tomoki Yamagami

We study the distribution of the positive sojourn time for a one-dimensional two state quantum walk, conditioned on return to the origin. Konno showed that, for the Hadamard walk,…

math.CO2026

Average hitting times and recurrence structures II: Cartesian products of powers of cycles and regular graphs

Tsuyoshi Miezaki, Shunya Tamura

In our previous work \cite{MiezakiTamura2026}, we clarified the second-order linear recurrence structures appearing in the average hitting times on the -th power graph o…

math.CO2026

Average Hitting Times and Recurrence Structures I: Powers of Cycle Graphs

Tsuyoshi Miezaki, Shunya Tamura

We investigate the average hitting times of simple random walks on the -th power graph of the cycle graph . First, we show that the average hitting times are charac…