Biosensors & Bioelectronics

Energy Sources for Nanomaterials Additional Optoelectronics

Abstract

Christine Samuel*

The development of nanodevices that are intelligent, adaptable, incredibly small, extremely sensitive, and consume little power is the goal of nanotechnology. utilizing technologies for nanofabrication, nanomaterials, and a nanosensor. It is anticipated that the device will be small and consume little power; As a result, the energy it generates can be used to power a wireless, self-sustaining system in the atmosphere that requires fuel. Self-powered nanotechnology aims to create a wirelessly and sustainably powered, self-contained system. It is highly desired for wireless devices and even required for implanted biomedical systems to be self-powered without the use of a battery. This not only significantly reduces the system's size and weight but also significantly increases the adaptability of the devices. As a result, developing self-powered nanotechnology that uses energy from the environment to power these nanodevices is urgent.