Matt Clayton
Papers
2
Total Citations
13
H-Index
2
About
Dr. Matt Clayton is a researcher specializing in environmental decontamination, biosecurity, and the application of robotics for biological threat reduction. His work focuses on the critical intersection of autonomous systems and public health, specifically evaluating the efficacy of commercially available cleaning robots for the detection and collection of hazardous biological agents. Dr. Clayton’s major contributions lie in systematically assessing how off-the-shelf robotic platforms can be repurposed for sampling *Bacillus* spores—a surrogate for anthrax—from indoor surfaces. His most cited work, "Evaluation of Surface Sampling for *Bacillus* Spores Using Commercially Available Cleaning Robots" (2013, 11 citations), provides foundational data on the performance of five different robot types, including vacuum and wet-wipe models, on various materials. This research was extended in his scenario-based evaluation (2014), which tested robots under more realistic contamination conditions. By quantifying the effectiveness of these accessible technologies for large-area sampling, Dr. Clayton’s work has significant implications for rapid, safe, and scalable responses to biological contamination events, bridging the gap between consumer robotics and critical national security applications.
Research Focus
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Top Papers
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