William Garcia de Quevedo
Papers
2
Total Citations
89
H-Index
2
About
William Garcia de Quevedo is a pioneering researcher in miniature robotics and wireless power delivery, whose visionary work has laid foundational concepts for sub-atomic scale automation. His most influential contribution, the "NanoWalker" project, introduced a paradigm-shifting approach to instrumentation: instead of bringing samples to bulky machines, he proposed deploying swarms of three-legged wireless miniature robots capable of mass-scale operations at the sub-atomic level. This seminal 2002 paper, with 81 citations, demonstrates how adding, replacing, or removing robots can rapidly adjust throughput and instrumentation requirements. Quevedo also tackled one of the most persistent challenges in micro-robotics—power delivery. His 2000 work on continuous power transmission to 15-watt, fast-stepping robots via intermittent leg-to-surface contacts, though with 8 citations, represents a technical tour de force that addressed the fundamental limitation of battery size in wireless systems. By enabling complex, power-hungry electronics in tiny form factors, Quevedo’s research has inspired subsequent generations of engineers working on autonomous micro-systems, lab-on-a-chip automation, and distributed sensing networks. His work remains a touchstone for those seeking to merge robotics, wireless power, and nanoscale precision.
Research Focus
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Top Papers
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