Paper-Thin Brain Implant Brings Humans Closer to Direct AI Connection
Scientists have unveiled an ultra-thin brain implant called BISC. It creates a direct, wireless link between the human brain and computers.As a result, it could change how people interact with AI.The implant is about as thin as a human hair. However, it delivers powerful data transmission. This combination makes it both advanced and minimally invasive.
The BISC Implant Works
BISC stands for Biological Interface System to Cortex. Researchers built it as a single silicon chip. Therefore, it fits between the brain and skull with ease.The chip contains over 65,000 electrodes. These electrodes record and stimulate brain activity. In addition, they send signals wirelessly to external computers.
Faster and Safer Brain Communication
Most brain implants require bulky electronics. As a result, surgery can be complex and invasive.
BISC avoids this issue through extreme miniaturization.The implant transfers data at very high speeds. Its wireless system works far faster than existing devices. This allows AI systems to decode thoughts and intentions in detail.
Medical Benefits and Early Testing
Scientists designed BISC to support neurological care. It could help manage epilepsy, paralysis, stroke, or blindness. Therefore, the medical impact could be significant.Teams have already tested the implant in preclinical studies. Early human testing has also begun during surgeries.
So far, results show stable and clear brain signal recording.BISC may shape the future of brain-AI interaction. It supports smarter neuroprosthetics and adaptive treatments.
In addition, it could restore lost abilities.Researchers have launched a company to advance this technology. They aim to bring safer brain interfaces to more people.Overall, BISC marks a major step toward seamless human-AI connection.
