Two-dimensional (2D) barcodes ubiquitously used to label, track and authenticate objects face increasing challenges of being damaged, altered and falsified. The past effort in nanomaterials has paved the way for controlled synthesis of nanomaterials with desired size, shape and function. Due to their extremely small sizes, these nanomaterials are promising as next generation barcodes that can be added into or mixed with objects of interest without being noticed. These barcodes can be effectively read owing to their physical properties by manufacturers, law enforcement and security agencies. Meanwhile, nanomaterial-based barcodes are hard to reverse-engineer or imitate without advanced knowledge and technical expertise. (Publisher abstract modified)
Downloads
Similar Publications
- Heuristic Influences Over Offense Seriousness Calculations: A Multilevel Investigation of Racial Disparity Under Sentencing Guidelines
- The Impact of Identity and Population History on Population Affinity Analysis in New Mexico Using Cranial Macromorphoscopic Data
- Nonfatal Overdose Biosurveillance: A Cross-Sectional Pilot Study