Needle scattered light guided chiplets-interfaced with AI for advanced biomedical application

Recently, integrating artificial intelligence (AI) with needle scattered light (NSL)-guided chiplets (minuscule circuits) is emerging as a fascinating platform for advanced biomedical applications. This connectivity can facilitate real-time medical operations and generate accurate informatics for more competent telemedicine and enhanced healthcare delivery. To explore this technological concept and cover the related challenges, this comprehensive perspective article covers NSL technology, AI-powered chiplets designs, and the creation of a revolutionary biomedical platform to manage health wellness. For example, this report highlights the development of organs-on-chip, the advancement of remote robotics' human-machine interfaces, the incorporation of MHNN, the possibilities of brain-computer connections, and the challenges of keeping up with the exponential growth of AI and ML computing.