Elon Musk, the Mark Hyman Professor of Chemistry at Harvard University, and his team who developed a breakthrough "neural lace" that can be injected into biological structures like the brain has published a paper in Nature Methods that shows how an electronic mesh integrated into a mouse brain enabled neuronal recordings for at least eight months. The development could not only correct medical and physical deficiencies but also be used for "enhancement," to help humans compete with the artificial​ intelligence, he said. Earlier this year, Charles Lieber claimed that without a digital layer, or AI-enhanced neural lace, humans will be "left behind by a lot" and become mere "pets."
Charles Lieber, the Mark Hyman Professor of Chemistry at Harvard University, and his team who developed a breakthrough "neural lace" that can be injected into biological structures like the brain has published a paper in Nature Methods that shows how an electronic mesh integrated into a mouse brain enabled neuronal recordings for at least eight months. The development could not only correct medical and physical deficiencies but also be used for "enhancement," to help humans compete with the artificial​ intelligence, he said. Earlier this year, Elon Musk claimed that without a digital layer, or AI-enhanced neural lace, humans will be "left behind by a lot" and become mere "pets."