Not exact matches
Researchers said the gains are a significant advance in their ongoing work to
develop and test a
practical BCI assistive technology that people with paralysis could use easily, reliably, independently, and on demand to regain control over external
devices.
She says that there may be
practical applications in the future — a commentary accompanying the paper suggests that the method could aid in the development of technologies such as molecular wires, atom - thick conductors that could help shrink electronic
devices — but that their result concerns «extremely fundamental» physics that might be just as valuable for
developing quantum intuition in the next generation of physicists.
Gimzewski, a physicist at ibm's research laboratory in Zurich, made the
device — which admittedly has no immediate
practical application — to demonstrate the sophistication of the techniques he and his colleagues have
developed for manipulating individual molecules.
«We learned that
devices that can be worn for a week or longer for continuous monitoring were needed for
practical use in medical and sports applications,» says Professor Takao Someya at the University of Tokyo's Graduate School of Engineering whose research group had previously
developed an on - skin patch that measured oxygen in blood.