A simple wafer-level micro-assembly technique based on light-triggered change in both surface topography and interfacial adhesion of a soft photo-sensitive polymer is developed, which allows the assembly of diverse materials and functional devices, with the printing size up to 4-inch.

Peering into the mechanics of nanosheet device structures using x-ray diffraction uniquely reveals the interplay of distinct deformation modes as dictated by their geometry.

We report a dual-band backhaul prototype operating above 100 GHz. It can be dynamically re-configured in real time to avoid interference to passive satellite sensing systems, enabling safe coexistence of active and passive users in this spectrum.

Highly-efficient large area perovskite light-emitting diodes with high uniformity using colloidal perovskite nanocrystals were realized with the development of the simple modified-barcoating which facilitates the evaporation of residual solvent.

We studied the synchronization and stability of power grids with heterogeneous inertia and damping factors, and demonstrated power feasibility of operating a system consisting of only renewable generation technologies with enhanced stability.

How can a probabilistic generative model of data be learned in a neurobiologically-plausible fashion without the popular algorithm known as backpropagation of errors? This paper seeks to answer this question by developing a computational framework referred to as neural generative coding.