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About

M. Salathe is a leading innovator at the intersection of robotics, precision instrumentation, and radiation detection, with a career spanning macromolecular crystallography and nuclear security. His most impactful contribution is the invention of the Parallel Robotics Inspired Goniometer (PRIGo), a compact, high-precision multi-axis goniometer that revolutionized sample reorientation for macromolecular crystallography (59 citations). This work, alongside his development of automatic loop-centring algorithms for the Swiss Light Source, established his expertise in high-throughput automation for structural biology. More recently, Salathe has pioneered the field of free-moving radiation imaging and mapping, demonstrating the first continuous gamma-ray imaging using freely-moving robotic systems through a method called 3D Scene Data Fusion (SDF). His current research extends this into autonomous nuclear security, where he integrates machine learning-based object recognition with quadrupedal robots for the autonomous inspection of nuclear material containers. By bridging precision mechanics with autonomous robotics, Salathe’s work is enabling safer, faster, and more intelligent data collection in both life sciences and hazardous environments.