Elon Musk Microchips – Neuralink says the company is

Neuralink says the company is “recording data from more than 2,000 electrodes implanted in the area of the monkey’s motor cortex that coordinate hand and arm movements,” Reuters reports. Neuralink promotes the implantation of electrodes in the human brain to treat potentially debilitating and chronic neurological diseases such as Alzheimer disease dementia and spinal cord injuries, Reuters reported. On April 8, Neuralink released a three-minute video showing a 9-year-old macaque monkey playing video games with two of the company’s implanted brain microchips that could answer the question-brain-computer interfaces. “The neural connection works because it picks up and decodes electrical signals from the brain,” the voice-over explained. Taylor Penley is studying administrative relations and English, rhetoric and global studies. She plans to graduate in May 2021 and begin her master’s degree in political science in the fall. “With this data, we calibrated the decoder by creating a mathematical model of the relationship between patterns of neural activity and the different displacement movements they produce. This works in a unique – and atypical – way that Neuralink wants to develop further. Many of us have experienced the rise and fall of dial-up Internet connections, the replacement of floppy disks and CDs with digital ones, and the replacement of our archaic Nokia and cell phones with smart devices. “After a few minutes of calibration, we can use the decoder output to move the cursor instead of the joystick,” adds the voiceover. While there is skepticism about the potential consequences of widespread CSI – such as mind control – many argue that it may have positive qualities. Those born before the turn of the millennium experienced the latest world revolution: a technological revolution rooted in virtual reality, but no less real. While the monkey thinks about moving his hand, the video game corresponds to it, which means that he is in control of what goes on in his brain.