![]() ![]() ![]() ![]() The breakthrough doesn't stop there – Oskam has demonstrated signs of neurological recovery, even managing to walk with the assistance of crutches while the implant is deactivated. The groundbreaking procedure involved capturing Oskam's thought processes and using a unique AI-powered "thought decoder" to convert them into stimulations for the spinal cord, thereby reinstating voluntary movement. They developed a "digital bridge" that connected Oskam's brain and spinal cord, effectively circumventing the injured parts, which resulted in the unexpected joy of his regaining the ability to walk. But things took a positive turn recently when a team of scientists pioneered an innovative solution to help him regain mobility. Since a motorcycle mishap in 2011 left him paralyzed, Oskam had been wheelchair-bound. In Switzerland, Gert-Jan Oskam, paralyzed waist-down for over ten years, has remarkably regained the ability to control his lower body, courtesy of artificial intelligence. Each day, our team of expert researchers and writers curate the most important stories, ideas, and perspectives from the world of AI and ChatGPT. Whether you're an industry insider or simply curious about the power of AI, the AIBox newsletter has you covered. TikTok's ambitious goal for this novel technology is to "revolutionize search and navigation" by enabling users to query the chatbot and subsequently be guided to relevant videos. The chatbot is currently under trial in global markets but is not yet accessible to users in the United States. Tako is strategically placed on the right side of the TikTok interface, offering users a platform to pose questions or request recommendations. TikTok is stepping into the realm of AI chatbots with the experimental launch of its own chatbot, "Tako." ![]()
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