Inside The Science of Neuralink | #shorts
Inside The Science of Neuralink | #shorts #neuralink #elonmusk #neuralinktechnology #facts #tesla #starlink
The Neuralink chip uses thin, flexible threads equipped with 1,024 electrodes that record the activity of neurons, the nerve cells that send messages all over the body to drive nearly all human functions. The coin-sized device is powered by an advanced custom chip within the implant that processes these signals and transmits them to a digital device through a standard Bluetooth connection –– a novel step in BCI development. Surgical robots meticulously weave these threads into the cerebral cortex, which is responsible for the brain’s higher-level processes like learning and emotion, to ensure precise placement of the electrodes.
Inside The Science of Neuralink | #shorts #neuralink #elonmusk #neuralinktechnology #facts #tesla #starlink
The Neuralink chip uses thin, flexible threads equipped with 1,024 electrodes that record the activity of neurons, the nerve cells that send messages all over the body to drive nearly all human functions. The coin-sized device is powered by an advanced custom chip within the implant that processes these signals and transmits them to a digital device through a standard Bluetooth connection –– a novel step in BCI development. Surgical robots meticulously weave these threads into the cerebral cortex, which is responsible for the brain’s higher-level processes like learning and emotion, to ensure precise placement of the electrodes.
