Papers
2
Total Citations
34
H-Index
2
About
Felix Kraze is a pioneer in bio-inspired micro-optics and flexible sensor systems, with a core focus on developing curved artificial compound eyes for soft robotics and advanced imaging. His landmark work on the CurvACE (Curved Artificial Compound Eye) project, detailed in his most-cited paper (32 citations), introduced a groundbreaking hardware architecture and assembly process that mimics insect vision, enabling a nearly 180° field of view in a tiny, bendable form factor. This innovation directly addresses the growing demand for conformable sensors in micro-scale robotics, where traditional planar photodiode arrays fall short. Kraze further advanced the field by pioneering methods to assemble high-aspect-ratio optoelectronic sensor arrays on flexible substrates, overcoming the limitations of standard lithographic fabrication. His contributions have laid the foundation for next-generation vision systems in autonomous micro-drones, endoscopic imaging, and wearable tech. By merging optical design with cutting-edge micro-assembly, Kraze has established himself as a key figure in biomimetic sensor engineering, with his work cited by researchers pushing the boundaries of soft robotics and adaptive optics.
Research Focus
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Top Papers
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