Spintronics based Systems for AI Nano Robots

Abstract

In very near future human blood will be streaming with tiny nanorobots to get exact information about the infected cells or as intelligent drug delivery system and transmit the information to wireless cloud. Accordingly, low power and low dimensional electronics technology needs to be incorporated in a single agenda to show the path for development of these types of robots. Hence, the idea is to build low power, low dimensional nano robotic system which can be achieved by new generation ULSI hardware implementation. As an attempt towards this, here we present a straintronics based nano robotic system and its ULSI architecture. Straintronics or strain based spin electronics is an emerging field of IC fabrication technology for modern and future electronics. In straintronics data manipulate, control and store with spin degree of freedom. Electron spin instead of electron charge carries information in these devices. Hence, it requires very low power to operate and also the device can generate its own power from any stress upon it. This aspect offers opportunities for development of new generation of nano robotic devices with spin based electronics.