Matthias Alfeld
Papers
2
Total Citations
8
H-Index
2
About
Matthias Alfeld is a leading figure in the application of robotic systems to cultural heritage science, specializing in the non-destructive analysis of priceless artworks. His core research bridges mechanical engineering and analytical chemistry, focusing on the development of novel scanning platforms for techniques like macroscopic X-ray fluorescence imaging (MA-XRF). Alfeld’s major contribution lies in reimagining conventional scanning methods; he pioneered the use of cable-driven parallel robots as flexible, lightweight alternatives to bulky linear stages. This innovation allows for the in situ investigation of complex, non-planar surfaces—such as sculptures and ornate frames—which were previously inaccessible to automated scanning. His 2023 work on cable robots for MA-XRF (5 citations) and the 2020 design of the CaRISA robot (3 citations) demonstrate a paradigm shift from rigid, planar assumptions to adaptable, cable-based systems. By enabling high-resolution elemental mapping of cultural heritage objects without contact or damage, Alfeld’s work provides art historians and conservators with unprecedented insights into historical techniques. His achievements represent a significant step toward democratizing advanced imaging, making it portable and adaptable for museums and archaeological sites worldwide.
Research Focus
Key Achievements
Top Papers
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