Contents: (Small 43/2017)

Plasmonic NanostructuresIn article number 1701633, Sang Woo Han and co-workers report a new synthetic strategy for the formation of colloidal clusters of core-shell nanoparticles consisting of plasmonic Au cores and catalytically active shells with a high density of sub-1 nm interparticle gaps.The prepared nanoparticle clusters realize the synergistic integration of plasmonic and catalytic functions in a single platform. Paper ElectronicsIn article number 1700368, Taeyoon Lee, and Wooyoung Shim, and co-workers propose a fundamentally simple method of fabricating capacitor arrays, that can outperform their costly counterparts, manufactured via microfabrication.The capacitor array, made by ubiquitous activity from our daily lives, namely, writing on a paper with a pencil, is used as a pressure sensor, which is further integrated into a fully functional touch device as a principle demonstration of the concept of omnipresent electronics. Nanoelectronic DevicesIn article number 1702003, Zijian Zheng and co-workers demonstrate the generation of centimeter scale metallic nanostructures via high-throughput massively parallel dippen nanolithography.Visible plasmonic resonance for large-area gold nanorod patterns is demonstrated.Highly transparent conducting electrodes of Au nanomesh with low sheet resistance are fabricated.The device performance is superior to the analogous indium tin oxide based device.