Tag
10 articles
Learn how brain-computer interfaces (BCIs) allow people to control robots with their thoughts using a lightweight headset and AI technology.
Researchers have restored hand movement and the sense of touch to a paralysed man using a novel brain-computer interface called the 'double neural bypass.'
Meta's new non-invasive brain-to-text AI system, Brain2Qwerty v2, translates brain activity into typed sentences without requiring surgery. The technology is advancing rapidly, with AI optimization playing a key role.
Meta AI releases Brain2Qwerty v2, a non-invasive MEG brain-to-text pipeline reaching 61% word accuracy with open training code.
Learn how brain-computer interfaces (BCIs) help people with severe disabilities, like ALS, communicate by reading brain signals and turning them into speech using AI.
Learn to work with brain-computer interface (BCI) technology by simulating neural signals, applying signal processing techniques, and implementing simple classification algorithms.
Neurable, a brain-computer interface startup, is developing non-invasive neural technology that could revolutionize consumer wearables. The company's mind-reading tech aims to make neural interfaces accessible for everyday applications.
California startup Sabi is developing a thought-to-text wearable that could transform human-computer interaction and usher in the cyborg future. The device uses advanced EEG technology to read neural signals and convert them into text.
Learn how a new type of brain-computer interface could help people with paralysis control computers and robots using only their thoughts. This technology uses a soft, biohybrid sensor instead of traditional metal electrodes.
This article explains the advanced neural interface technology behind the mysterious device spotted on Joe Gebbia, covering neural decoding, AI processing, and the convergence of human and artificial intelligence systems.
