Anti-counterfeiting and encryption are key technologies for information transmission in
modern society. Whereas, most optical materials reported only provide single luminous color …

To develop reliable optical anti-counterfeiting materials, higher requirements are put forward
for innovative anti-counterfeiting phosphors, which are hardly observed under natural light …

The general stimulus-responsive color modulation method requires both strict control of
microstructures and continuous adjustment of specific stimuli conditions to externally …

The smart materials displaying strong solid-state photoluminescence and unique traceable
changes in response to external stimuli, are appealing for the application in information …

Long-persistent luminescence (PersL) materials have shown great promise on account of
their diverse utilization in anticounterfeiting and encryption. Nevertheless, time-dependent …

The increasing demand for robust anti-counterfeiting measures has prompted the
development of advanced luminescent materials that offer multifaceted capabilities for …

The optical characteristics of multimode luminescent materials like multimode luminescence
(photoluminescence, afterglow, thermoluminescence) and a multi-excitation source (light …

Advanced fluorescent anticounterfeiting technology has received widespread attention due
to the lack of sufficient security of traditional anti-counterfeiting. Hence, there is a great …

The continuously growing significance of information security and authentication has put
forward many new requirements and challenges for modern luminescent materials and anti …

The differences in the luminescent performance of phosphors determine their application in
diverse occasions. However, the development of Eu 2+ ion doped phosphors materials with …