The use of chemical graph theory has been increased in almost every field of science in the
last two decades. The graph invariants called topological descriptor are the numbers used to …

Carbon nanocones, characterized by planar networks primarily consisting of hexagonal
carbon faces and a few pentagons in the core, hold significant promise in various fields such …

Graph theory can be used to optimize interconnection network systems. The compatibility of
such networks mainly depends on their topology. Topological indices may characterize the …

Graph theory is a dynamic tool for designing and modeling of an interconnection system by
a graph. The vertices of such graph are processor nodes and edges are the connections …

In 1972, Gutman and Trinajstic showed that total π‐energy of a molecule depends upon a
numeric quantity which is often called as Zagreb index. In the same report, they also …

In this article, we go beyond earlier limits in the analysis by using algebraic polynomials to
compute the topological indices for hexagonal cage networks. We investigate hexagonal …

A graph is a tool for designing a system's required interconnection network. The topology of
such networks determines their compatibility. For the first time, in this work we construct …

Aims: Carbon nanocones possess exceptional properties compared to other nanomaterials,
such as nanotubes, graphene, etc. Hence, they can be used as an alternative to other …

Gutman and Trinajstic deducted that total π-energy of a chemical molecule depends upon a
numeric value which is termed as zagreb index. In that same report, they also defined a term …

A graph is a tool for designing a system's required interconnection network. The topology of
such networks determines their compatibility. For the first time, in this work we construct …