With the rapid development of complex network science and the complexity of
communication network, it is difficult to research its technical application. In order to solve …

Graphene has been demonstrated to be a promising photodetection material because of its
ultrabroadband optical absorption, compatibility with CMOS technology, and dynamic …

Trap** processes constitute a primary problem of random walks, which characterize
various other dynamical processes taking place on networks. Most previous works focused …

The eigenvalues of the normalized Laplacian matrix of a network play an important role in its
structural and dynamical aspects associated with the network. In this paper, we study the …

The pseudofractal scale-free web (PSFW) is a well-known model for a scale-free network
with small-world characteristics. Understanding the dynamic properties of this network can …

Random walk is a stochastic process that moves through a network between different states
according to a set of probability rules. This mechanism is crucial for understanding the …

A central issue in the study of polymer physics is to understand the relation between the
geometrical properties of macromolecules and various dynamics, most of which are …

Mean hitting time for random walks on a network, defined as the average of hitting times
over all possible pairs of nodes, has found a large variety of applications in many areas. In …

In this work we consider the first encounter problems between a fixed and/or mobile target A
and a moving trap B on Bethe lattices and Cayley trees. The survival probabilities (SPs) of …

In this work, we consider a class of recursively grown fractal networks G n (t) whose topology
is controlled by two integer parameters, t and n⁠. We first analyse the structural properties of …