William Buller
Papers
1
Total Citations
35
H-Index
1
About
William Buller is a researcher whose work sits at the intersection of human-computer interaction and applied electromagnetics. His primary research areas include electric field sensing, capacitive coupling, and the modeling of human proximity effects on electrical systems. Buller’s most notable contribution is his pioneering 2006 study, “Measurement and Modeling Mutual Capacitance of Electrical Wiring and Humans,” which has garnered 35 citations. In this work, he ingeniously repurposed a theremin—the iconic electronic musical instrument—to precisely measure the mutual capacitance between a human body and standard electrical wiring. By employing an LM555-based circuit, Buller demonstrated how subtle capacitance deflections caused by human presence could be reliably detected and modeled. This research has significant implications for touchless sensing technologies, smart environments, and safety systems that detect human proximity to live wiring. Buller’s work stands as a creative bridge between musical instrument design and practical electrical engineering, offering a foundational method for non-contact human detection that continues to inspire new applications in ubiquitous computing and human-aware electronics.
Research Focus
Key Achievements
Top Papers
- 1Measurement and Modeling Mutual Capacitance of Electrical Wiring and Humans35 citations · 2006