Fig. 7
From: The MoSeS dynamic omnigami paradigm for smart shape and composition programmable 2D materials
Benjamin MoSeS Franklin: a complex shape produced by numerical designed composition \(\to\) shape programming. The target shape (left—a 1.4 µm version of the obverse of the Franklin half dollar) is used as a substrate template (1) upon which an initially homogeneous MoSeS monolayer is annealed at 1023 K (shape \(\to\) composition programming, yellow arrow). (2) The resulting uncompensated composition state (“Uncompens.” \(J\) and \(\bar{c}\)), upon release from the template yields an uncompensated shape with features very similar to the target but with smaller shape amplitude (composition \(\to\) shape programming, green arrow). (3) The composition patterns obtained from (1) are multiplied by the ratio of target (10 nm) to uncompensated (6.7 nm) shape amplitude (compensation, blue arrow). (4) A monolayer assigned the compensated composition state, upon shape equilibration yields a shape with features and amplitude very similar to the target (composition \(\to\) shape programming, green arrow)
