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About

B. Nelson is a researcher whose work spans medical physics, radiosurgery quality assurance, and emerging virtual reality motion tracking technologies. Nelson's most significant contribution to date is a rigorous quantitative evaluation of the Oculus Rift S headset, published in 2019, which assessed translational and rotational tracking performance using industrial robotic arms and gold-standard Vicon motion capture systems. This methodologically robust study has garnered 52 citations, establishing Nelson as a notable voice in the technical validation of consumer-grade virtual reality hardware for precision applications. Earlier in Nelson's career, the focus centered on advancing quality assurance protocols for robotic radiosurgery systems, particularly CyberKnife platforms. Developing a novel end-to-end daily QA system combining CCD camera imaging with scintillator-based phantoms, Nelson contributed meaningful innovations to beam delivery accuracy measurement and motion tracking verification in clinical radiotherapy settings. While these radiosurgery studies attracted modest citation counts, they reflect a consistent commitment to precision measurement and system validation across both medical and technological domains. Taken together, Nelson's body of work demonstrates a versatile research profile united by a core interest in quantifying and validating the accuracy of complex motion-dependent systems, from life-critical radiation delivery to next-generation immersive technologies.