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About

A. Nikroo is a leading expert in the precision fabrication and assembly of targets for laser-driven fusion, with a career dedicated to overcoming the immense engineering challenges of the National Ignition Facility (NIF). His primary research areas include advanced manufacturing techniques, robotic assembly, and the development of novel target architectures. Nikroo’s major contributions lie in transforming the art of target fabrication into a repeatable, automated science. He pioneered the use of the Precision Robotic Assembly Machine, which dramatically reduced the time to assemble a high-quality fusion target from weeks to just one day, a critical step for scaling NIF’s experimental throughput. His work on the double-shell implosion platform, which requires machining dense high-Z metal shells and integrating them with foam cushions and low-Z outer shells, represents a significant leap in target complexity. With key papers accumulating over 50 citations, Nikroo’s impact is measured not just in publications but in the tangible hardware that enables cutting-edge fusion experiments. His leadership in automation and precision engineering has been essential for meeting the ambitious shot-rate goals of the NIF, making him a pivotal figure in the quest for inertial confinement fusion.