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Mechanosynthesis is the synthesis of a selected material controlled by mechanical systems operating with atomic precision wherein  the selected material and the mechanical systems come together in planned sequences, positions, and orientations such as to allow for direct positional selection of reaction sites of the selected material and the application of energy resulting in the desired reactions such as breaking and making bonding structures of said selected material.

Graphene Sheet material can be manipulated with a high level of control at the nanoscale using positional controls with angstrom level of precision allowing for nanoscale manipulations that use nanoimprinting rollers to precisely sheer the graphene into strips that are joined together in a "zipper-like" bond rearrangement that is very efficient due to the  unusually low activation barrier associated with our Mechanosynthesis processes.