Persistent luminescent materials can continue to emit light after stopping excitation, and their
stored energy is gradually released during the decay time after persistent emitting, which …

Organic hybrid halide perovskite, which has excellent characteristics of low cost, nontoxicity,
and high recognition, has attracted extensive attention in optical anticounterfeiting …

Persistent luminescent anti-counterfeiting materials and techniques are highly required to
protect products and the rights and interests of consumers. However, traditional persistent …

The search for new materials capable of efficient upconversion continues to attract attention.
In this work, a comprehensive study of the upconversion luminescence in PbF2: Er3+, Yb3+ …

To identify and protect authentics from counterfeits, anti‐counterfeiting materials are
developed. In spite of many advances in luminescent anti‐counterfeiting materials, there is …

Despite significant interest in persistent luminescence materials, the focus of all recent works
remains on the exploitation of materials in powder form. Here, a new point of view based on …

Empowered by advanced on-board sensors, high-performance optics packages and ever-
increasing computational power, smartphones have democratized data generation …

Thin films of BaFCl: Sm nanocrystals prepared using a polymer binder were used to create
fluorescence images. The phosphor films were exposed to a UV-C mercury lamp light …

Fluorescent materials are commonly used in optical labels for anti-counterfeiting purposes.
However, these well-known materials can be vulnerable to forgery. It is thus essential to …

Developing advanced luminescent materials that are recognizable under specified
conditions provides better opportunity for reliable optical anti-counterfeiting techniques. In …