Branched polymers are among the most accessible topological polymers, making them ideal to study the relationship between architecture and material properties. By developing models for these structures, we can better understand how branching influences physical behavior, enabling the design of polymers with tailored functionalities. By changing the grafting density of sidechains, branched polymers can be further categorized into four subgroups: loosely grafted comb (LC), densely grafted comb (DC), loosely grafted bottlebrush (LB), and densely grafted bottlebrush (DB) , as shown in Table . Grafting density (z) is a measure of number of side chains per monomer units.