Corrigendum to “Washable, stretchable, and reusable core-shell metal nanowire network-based electronics on breathable polymer nanomesh substrate” [Mater. Today 61 (2022) 30–39, (S1369702122002759), (10.1016/j.mattod.2022.10.023)]

The authors regret to inform that Figures S2 and S3 inadvertently duplicated Figures S2 and S3 of the ACS AMI paper titled “A Hierarchical Metal Nanowire Network Structure for Durable, Cost-Effective, Stretchable, and Breathable Electronics” (https://doi.org/10.1021/acsami.1c18538). To address this issue and ensure the integrity of our work, we are replacing the original Figures S2 and S3 with new versions that feature clearer and higher resolution SEM images. The newly added Figure S2 now displays the SEM images of the TPU nanomeshes with varying areal densities (0.4 μg cm⁻², 0.9 μg cm⁻², 1.5 μg cm⁻², and 1.8 μg cm⁻², respectively). Figure S3 shows the SEM images of the Ag nanowire network on TPU nanomesh substrates with different Ag nanowire loadings (50.6 μg cm⁻², 63.2 μg cm⁻², 88.5 μg cm⁻², and 110.2 μg cm⁻², respectively). The authors sincerely apologise to the readers of Materials Today for this oversight.[Figure presented] Figure S2. SEM images of TPU nanomeshes with different areal densities: a) 0.4 μg cm⁻², b) 0.9 μg cm⁻², c) 1.5 μg cm⁻², and d) 1.8 μg cm⁻² (scale bar = 20 μm).[Figure presented] Figure S3. SEM images of Ag nanowire network on TPU nanomesh substrates with different Ag nanowire loadings and sheet resistances: a) 50.6 μg cm⁻², b) 63.2 μg cm⁻², c) 88.5 μg cm⁻², and d) 110.2 μg cm⁻² (scale bar = 20 μm).