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About

Malte Bartenwerfer is a researcher specializing in nanorobotics, micro- and nanoscale assembly, and advanced characterization techniques, with particular expertise in scanning electron microscope (SEM)-based robotic systems. His work has made significant contributions to the development of automated and robotic handling strategies for nanoscale objects, including silicon, copper, and zinc oxide nanowires with diameters as small as 100 nanometers. A recurring theme throughout his research is the challenge of three-dimensional nanoscale manipulation — a problem he has addressed through innovative systems integrating SEM, atomic force microscopy (AFM), focused ion beam (FIB) technology, and custom nanohandling robots. Among his most recognized contributions is the design of a micro-cartridge system enabling robotic, exchangeable AFM probe tips — a breakthrough for characterizing high-aspect-ratio nanostructures that conventional AFMs struggle to resolve. He has also advanced the assembly of cubical photonic structures using ion beam-assisted robotics, pushing the boundaries of light-propagation control in three dimensions. His explorations into NEMS device fabrication and automated SEM-based assembly further demonstrate his commitment to bridging precision engineering with nanotechnology. Collectively accumulating dozens of citations, Bartenwerfer's body of work represents a meaningful foundation for researchers pursuing automation and assembly at the frontier of the nanoscale.