Yes, you are correct that the structure of graphene bears some resemblance to benzene in terms of its hexagonal arrangement of carbon atoms. Both graphene and benzene have a planar structure with alternating single and double bonds between the carbon atoms. However, there are significant differences between them.
In benzene, the alternating single and double bonds create a delocalized pi electron cloud, which gives rise to its aromatic properties. This delocalization is not present in graphene, as it consists of a single layer of carbon atoms without any distinct functional groups.
Although the structural similarities may lead to some initial associations with benzene, it is important to distinguish graphene as a distinct material with its own unique properties and applications. Graphene is widely recognized for its exceptional strength, electrical conductivity, and other remarkable attributes, making it a subject of great interest in materials science and nanotechnology.