… quantum state transfer on blow-up graphs. Here, we consider the more familiar type of blow-up
where every vertex of a graph is … This variant of the blow-up operation is a special case of …

… , we treat such a quantum walk model on the graph with tails … The time evolution operator
of a quantum walk is determined … of quantum walk model on a blow up graph GBU , the facial …

… graphs X and Y is the graph obtained by joining each vertex of X to each vertex of Y. We
explore the behaviour of a continuous quantum walk on a weighted join graph … a join graph. We …

… quantum walk induced by the circulant quantum walk, namely, the optical quantum walk, whose
underlying graph is … blow-up directed graph induced by the original graph of the circulant …

… time is obtained for a quantum walk in a finite-dimensional … find simple expressions describing
the blow-up of the mean transition … specific models for a quantum particle on a finite graph. …

… quantum walk model which reflects the underlying embedding on the surface is proposed.
We obtain the scattering matrix of this quantum walk … this blow-up graph to an infinite graph by …

… of graphs was introduced by Godsil [1], which was mainly motivated by the behaviour of
quantum walks on complete graphs. … graph a k-edge blow-up of X, denoted \(X^{k}(E)\). A 1-edge …

… quantum walks by using combinatorial methods. We generalize perfect state transfer in
two-reflection discrete-time quantum walks … We can construct a new graph that is a blow-up of G: …

… quantum algorithms for learning a graph using cut queries. We show that a quantum algorithm
can learn a graph … of a total function showing that the BCW blow-up can be necessary. …

… We show an example after defining the notion of blow-up graph [7, 9] The blow-up of a graph
Γ is a new simple graph B(Γ) that is … 5.4, which shows the blow-up of a diamond graph. The …