Brandt D. Erickson

Papers

Total Citations

H-Index

About

Brandt D. Erickson is a researcher whose work lies at the intersection of haptics, human perception, and tactile interface design. His primary research focus is on understanding how humans perceive mechanical interactions at the fingertip, particularly rotational sliding and friction—a critical but often overlooked aspect of touch. In his most cited work, "Tactile Perception of Rotational Sliding" (2007, 9 citations), Erickson introduced a novel tactile display capable of rendering rotational friction, and conducted foundational perceptual experiments to determine human thresholds for rotational slip detection. This contribution is significant because it provides essential psychophysical data that informs the design of more realistic and intuitive haptic devices, with applications ranging from virtual reality to robotic teleoperation. Though his citation count is modest, the work is notable for its precision and its role in bridging perceptual science with engineering. Erickson’s research offers valuable insights for students and engineers seeking to create haptic interfaces that feel natural, grounded in a deep understanding of human tactile sensitivity.