A Review On Role Of AI In Sustained Nanoparticles Manufacturing

Abstract

A revolutionary field with enormous promise for scientific and technological break throughs is the meeting point of artificial intelligence (AI) and nanotechnology. In order to identify existing trends, obstacles, and potential future directions across a range of areas, this paper investigates the integration of AI with nanotechnology. A scientist an entometric technique was used to collect and examine the body of research and material already available in the domains of artificial intelligence and nanotechnology. We determined important trends, difficulties, and possible directions for further research and applications by methodically reviewing recent studies and advancements. The review's conclusions emphasize the important roles that AI-driven nanotechnology plays in energy conversion, healthcare, environmental monitoring, materials discovery and design, and quantum computing, Significant progress has been made in these fields, including the creation of innovative nanomaterials, accurate drug delivery methods, sophisticated nano sensors, and effective energy storage options. But problems still exist, such as inadequate connectivity regulatory frameworks, ethical considerations, data quality, and disciplinary cooperation. There is no denying the potential for innovation and advancement in a variety of fields, even while challenges must be carefully considered and mitigated. In order to fully realize the potential of this confluence and eventually influence the direction of science and technology, this study emphasizes the significance of responsible AI use and further research.