The fusion of chemical synthesis and nanoscale science has emerged as a transformative discipline. Nano Chemistry enables man to operate at atomic and molecular levels. This paper studies the interdisciplinary applications of nano chemistry across certain specific domains: medicine, electronics, environmental science, energy, materials engineering and biotechnology. It examines how nano chemical strategies – such as quantum confinement, surface functionalization and self-assembly – are driving innovation in targeted drug delivery, nanoelectronics, green catalysis, and regenerative medicine. This review paper also addresses current challenges in scalability, toxicity, and ethical deployment. It offers perspectives on future directions for sustainable nano chemical development.
Das et al. (Mon,) studied this question.