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About

Yannick Bauckhage is a researcher whose work sits at the intersection of terahertz (THz) imaging systems and additive manufacturing for optical applications. His most recognized contribution, garnering 75 citations, demonstrates the powerful application of robotic THz imaging to archaeometry — specifically the non-destructive sub-surface analysis of an ancient Egyptian mummified hand, benchmarking results against conventional and micro-CT scanning methods. This work highlights how THz technology can offer archaeologists and conservators unprecedented insight into fragile historical artifacts. Complementing this, Bauckhage has advanced robotic THz systems capable of scanning arbitrarily shaped and freeform surfaces, broadening the practical applicability of the technology beyond laboratory constraints. Equally significant is his pioneering research in additive manufacturing for optics. His 2016 paper on 3D-printed optical components, cited 47 times, helped establish the conceptual and technical groundwork for fabricating complex optical elements through conventional and emerging printing technologies — a field with substantial implications for low-cost, customizable optical design. Through multiple publications exploring design freedom and unconventional geometries, Bauckhage has consistently championed the potential of additive approaches to transform both imaging instrumentation and optical fabrication, making him a notable voice in applied photonics research.