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Deterministic integration of arbitrary semiconductor heterostructures opens a new class of modern electronics and optoelectronics. However, the realization of such heterostructures continues to suffer from impracticality, requiring energy‐ and labor‐intensive, time‐consuming fabrication processes. Here a 3D printing approach to fabricate freestanding metal halide perovskite nanowire heterostructures...
Direct mass‐transfer via liquid nanodroplets is one of the most powerful approaches for additive micro/nanofabrication. Electrohydrodynamic (EHD) dispensing has made the delivery of nanosized droplets containing diverse materials a practical reality; however, in its serial form it has insufficient throughput for large‐area processing. Here, a parallel, nanoscale EHD method is developed that offers...
Improving productivity and material diversity is a key challenge for 3D printing to become a true manufacturing platform. In article number 1906402, Ji Tae Kim and co‐workers develop a parallel electrohydrodynamic 3D nanoprinting method for functional materials. The method exploits an unusual electric field distribution created by cross talk of neighboring printing nozzles to steer the ejection paths...
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