Can a thought-controlled wheelchair or robotic dog become as second nature to control as the movement of one’s legs and arms?

Proven methods for teaching the readers who struggle most have been known for decades. Why do we often fail to use them?

Across the globe, a race is under way to crack some of the last mysterious forms of writing that have never been translated.

Imagine you’re a physician and you are called in to evaluate a patient who has had a sudden change in his neurological status, likely a stroke. You find him alert, mobile, and talking. But when you ...

Abstract: Prior research on directional focus decoding, a.k.a. selective Auditory Attention Decoding (sAAD), has primarily focused on binary “left-right” tasks. However, decoding of the attended ...

Scientist from Shanghai, China developed and trained a brain-computer interface that can decode Mandarin Chinese syllables. Neurological conditions — such as strokes and degenerative diseases — can ...

Abstract: This paper presents a weighted finite state transducer (WFST) based syllable decoding and transduction framework for keyword search (KWS). Acoustic context dependent phone models are trained ...

Researchers in Shanghai have reported in a study, recently published in Science Advances, that they've successfully decoded Mandarin Chinese language in real time with the help of a brain-computer ...

Gen Z slang evolves faster than most parents—and honestly, even most twenty-somethings—can keep up with. Just when you’ve learned what “rizz” means, there’s a new phrase taking over TikTok, Discord ...

(A) After the electrodes were implanted, participants took part in the study in the wheelchair, reading sentences given visual cues. Audio data were collected using a directional microphone, and ...