.png)
During the trial, researcher reportedly placed a grid of sensors on the surface of Hemmes’ brain and the wires necessary to connect with a computer were placed under the skin of his neck and chest. Alan Degenhart, doctoral candidate in PM&R and Pitt’s Department of Bioengineering, worked with a computer program in order to record neural signals from Hemmes’ brain while he imagined or observed an arm motion. Researchers explain that these patterns were used to translate Hemmes’ thoughts to guide the movement of a robot arm, developed by Johns Hopkins University’s Applied Physics Laboratory.
On the final day of the 30-day trial prior to the removal of the brain grid and wiring, researchers report that Hemmes was able to high-five Wang, demonstrating the ability to control the device in up/down motion, right/left, and in/out.
In an announcement from Popular Mechanics, James B. Meigs, editor-in-chief, articulates the publication’s excitement in recognizing the honorees, “…this year’s winners embody the creative spirit that the Breakthrough Awards were founded upon,” Meigs says.
Source(s): University of Pittsburgh School of Medicine, UPMC