Abstract

The increasing sophistication of counterfeit goods presents serious problems for a variety of industries, including electronics and pharmaceuticals. low-dimensional materials including two-dimensional (2D), nanowires, and quantum dots have become attractive options for next-generation anticounterfeit technologies.

This work explores the synthesis, characterization, and integration of low-dimensional materials into anticounterfeit systems. The results show that low-dimensional materials provide a flexible and efficient framework for improving anticounterfeit measures, paving the way for advanced, reliable, and commercially viable security solutions.

Biography

Dr. Nema Abdelazim is affiliated with the School of Electronics and Computer Science at University of Southampton, United Kingdom. Dr. Abdelazim’s work focuses on advanced research and innovation in electronics, computer science, and emerging technologies, contributing to academic excellence and interdisciplinary development in the field.