Emerging distributed wireless microsensor networks will enable the reliable and fault tolerant monitoring of the environment. Such microsensors are required to operate for years from a small energy source, while maintaining reliable communication link to the basestation. The design of energy-aware communication protocols can have a dramatic impact on the network lifetime for such applications. ...

Abstract The primary challenge for the widespread application of two-dimensional (2D) electronics is to achieve satisfactory electrical contacts because, during traditional metal integration process, difficulties arise due inevitable physical damage and selective doping. Two-dimensional metal–semiconductor junctions have attracted attention potential reliable in future atomically thin electroni...

The rapid development of wearable and portable electronics has resulted in an urgent desire for lightweight, flexible microsystems integrated with energy storage devices other in-plane devices. An approach is proposed herein to develop microsystem on graphite paper containing all-solid-state microsupercapacitor a photoconductor-type photodetector based perovskite film, where simple, low-cost, s...

26 ABSTRACT With the increase in the use of portable devices in the present era, there arises a need to develop greener and more efficient methods of generating energy to power these devices. Despite vacuum tube electronics’ weight and large associated battery, people living in the early 1900s have lugged such enormous “portable” radios to picnics and other events off the power grid. As electro...