Chemical graph theory is a well-established discipline within chemistry that employs
discrete mathematics to represent the physical and biological characteristics of chemical …

Topological descriptors play a significant role in the selection of leading molecules for
studies/drug design/research. As these descriptors equip the quantitative structure–activity …

The COVID-19 pandemic has significantly affected both the global economy and human
health. COVID-19 is a single-stranded RNA virus that spreads through the inhalation of viral …

In theoretical chemistry, the numerical parameters that are used to characterize the
molecular topology of graphs are called topological indices. Several physical and chemical …

Graph theory provides a strong framework for evaluating and comprehending atom and
molecule connections and interactions. Chemical compounds are represented as graphs …

A graph's entropy is a functional one, based on both the graph itself and the distribution of
probability on its vertex set. In the theory of information, graph entropy has its origins. Hex …

A topological index can be focused on uprising of a chemical structure into a real number.
The degree‐based topological indices have an active place among all topological indices …

In order to make quantitative structure‐movement/property/danger relations, topological
indices (TIs) are the numbers that are related to subatomic graphs. Some fundamental …

Donor–acceptor covalent organic frameworks are porous polymers that are covalently
bonded through dative donor–acceptor bonds. These materials have been the subject of …

Topological indices are numerical parameters of a molecular graph, which characterize its
topology and are usually graph invariant. In quantitative structure-activity relationship …