Systematic literature review on quantum applications in nanotechnology

Abstract

The review of progress in quantum computing (QC) is very pertinent nowadays. There is a remarkable challenge in terms of the contributions that this field can provide at the level of improvements in computing time, but perhaps more importantly, in terms of how to rethink the way in which many of the current problems can be approached. Thus, the objective of this work is a systematic literature review that basically revolves around two questions: How does nanoassembled technology affect quantum computing? And what advantages does quantum computing offer to the advancement of nanotechnology? Therefore, this work analyzes how the advance of quantum computing has been influenced by nanotechnology and vice versa, and how quantum computing affects nanotechnology itself. In this way, this article clarifies the paths at which nanotechnology and quantum computing are connected on the route to future technologies in society. In conclusion, we found out that nanotechnology is crucial for the advancement of QC due to the quantumness stands in the nanometric size and the QC-based industry relies on the solid physics state nanoassembly, while on the other hand, QC significantly increases the performance of nanotransistors, imprint better sensibility features on nanosensors, among other things.