Description

One of the most significant applications of nanotechnology is nanoelectronics. In the fields of engineering and electronics, it is essential. In order to create nano machines, nanoelectronics uses atomic size scientific methods. Reducing the size, risk factor, and surface areas of the molecules and materials is the primary goal.Machines undergoing the nanoelectronic process go through a lengthy list of manufacturing processes, each with precise molecular processing. Over the past thirty years, semiconductor electronics have had a consistent exponential decrease in size and cost, as well as an increase in performance and level of integration. The next ten years are outlined in the Silicon Roadmap. After then, there will be significant financial and/or physical obstacles. If current technologies are extrapolated, the former is related to the challenge of turning a profit in light of the high expenses of developing the necessary production capabilities. This book serves as an introduction to the topic of nanotechnology for researchers, providers of nanoelectronics, and students who want to begin considering the possible opportunities provided by these recent advances in science.