William W. Wilson

Papers

Total Citations

177

H-Index

About

William W. Wilson is a researcher whose work bridges biophysics and robotics, with a primary focus on protein crystallization and intelligent control systems. His most influential contribution, the 1997 paper "Second virial coefficient as predictor in protein crystal growth," has garnered 167 citations and established a foundational method for predicting crystallization conditions—a critical step in structural biology and drug design. Wilson demonstrated that the second virial coefficient, a measure of protein-protein interactions, could reliably forecast the likelihood of successful crystal formation, thereby accelerating the determination of protein structures. In a parallel line of inquiry, his 2002 work on "Synergy-based learning of hybrid position/force control for redundant manipulators" (10 citations) introduced an innovative control architecture that mimics human motor synergies, enabling robots to perform complex tasks requiring both precise positioning and force regulation. This research advances the field of human-robot interaction by endowing manipulators with adaptive, human-like capabilities. Though his citation counts vary, Wilson's dual impact—providing a predictive tool for crystallographers and a synergy-driven framework for roboticists—underscores his versatility and lasting influence across disciplines.