Summary
This large, multi-author roadmap paper published in ACS Nano consolidates expert consensus on the development trajectory of micro- and nanorobotic systems, drawing on contributions from leading research groups worldwide. It surveys current capabilities in locomotion, actuation, sensing, and fabrication at the micro/nanoscale, and outlines prospective application areas including targeted drug delivery, minimally invasive medicine, and environmental remediation. As a roadmap document, it is intended to guide research investment and identify the scientific and engineering challenges that must be addressed for the field to advance towards real-world deployment.
UK applicability
This paper has no direct applicability to UK farming systems, soil health, or food systems, as it concerns micro/nanorobotics engineering and biomedical technology. It may have distant relevance to precision agriculture sensing or agri-tech futures, but any such connection is highly speculative at this stage.
Key measures
Technology readiness levels; propulsion modalities; fabrication methods; application domains (biomedical, environmental, manufacturing); research priorities and timelines
Outcomes reported
The paper maps the current state and future trajectory of micro/nanorobotics research, covering propulsion mechanisms, fabrication strategies, control systems, and application domains. It likely identifies key technical milestones, capability gaps, and priority research directions across the field.
Topic tags
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