Fig. ) Schematic of the so-called "robust" design. i) represents the ideal case were both layers are perfectly transferred and aligned. In the zoom-in, the red dots denote the contact points between layers. Their density is representative of the conductivity of a sample. ii) In case of misalignment, there are less contact points but the design is still able to conduct electricity; iii) similar behavior in case of imperfect transfer. iv) shows micrographs of samples with misaligned layers, while and v) depicts misaligned layers with imperfect transfer. (B) Change of resistance of samples when subjected to uniaxial strain (N=3). The thick red line is the mean, the shaded red area is the standard deviation, and the dashed black lines are the individual samples. (C) Cyclic testing of a sample. In the blue shaded area, the sample was subject to strain between 0 and 33% strain, and in the red area between 33 and 50% strain. The insets are zoom-ins to depict the behavior of a few cycles. number of available electrical pathways through the sample.