Retraction Notice: The Impact of Nanotechnology on Modern Microelectronics
T Narmadha, Girija Shankar Sahoo, Kul Bhushan Anand · 2024
Nanotechnology is an area of study that includes manipulating by counting at a very small scale, frequently on the order of nanometers. This has given an upward push to some novel advances in microelectronics, from electronic components, which might be orders of importance smaller than traditional designs, to making use of aspects of nanomaterials along with carbon nanotubes and graphene in electronics. The impact of nanotechnology on modern microelectronics is monstrous, presenting manufacturers and consumers with less expensive, effective, and extremely small components. The advent of nanometer-sized features and components has allowed for increases in the density and velocity of microelectronics, with further reductions in fees. Self-meeting methods, including those used to make carbon nanotube transistors, have also become increasingly important and permit for manufacturing of components with, at the very least, equipment and resources. Nanotechnology has additionally enabled breakthroughs in electric overall performance and fee. The creation of nanometer-scale functions has decreased the dimensions of additives, with big improvements in performance at the same time as additionally allowing decreased manufacturing fees. Furthermore, nanomaterials, which include carbon nanotubes and graphene, provide particular digital homes no longer available in traditional materials and are more and more being utilized in modern microelectronics.