The “neuroprosthetic” technology involved installing a credit-card-sized electrode panel on the surface of a volunteer’s brain, then collecting electrical signals as the person — a man completely paralyzed by a brain-stem stroke 15 years ago — tried to form words.
Over a period of several months, scientists worked with the man to develop a catalog of 50 words that could be translated from his thoughts into hundreds of phrases and sentences, such as “I am thirsty” and “I need my glasses.” The translation produced up to 18 words a minute with 93% accuracy.
Results of the trial were published Wednesday in the New England Journal of Medicine.
Similar:
How to lie with charts, by the @NYTimes
I tend to defend journalism when sho...
Current_Events
Consciousness: Where Are Words?
Words, words, words. With the advent of ...
Culture
Male Microsoft Leaders Ignored Women Who Really Hated Clippy
I hated Clippy, not because it looked li...
Business
Cause and Effect (#StarTrek #TNG Rewatch, Season 5, Episode 18) time loop. Ka-boom. The En...
Rewatching ST:TNG A smart, charac...
Aesthetics
For New Acquisitions, UMD Libraries Choose Ebooks by Default
Increasingly book vendors provide option...
Academia
Stanford to offer new undergraduate majors integrating humanities, computer science
Training humanists who can code like a t...
Academia
The “neuroprosthetic” technology involved installing a credit-card-sized electrode panel on the surface of a volunteer’s brain, then collecting electrical signals as the person — a man completely paralyzed by a brain-stem stroke 15 years ago — tried to form words.

