The reversible luminescence modification of inorganic phosphors has emerged as a
promising field, enabling innovative applications such as optical memory, multiple anti …

Currently, much research effort has been devoted to improving the exciton utilization
efficiency and narrowing the emission spectra of ultraviolet (UV) fluorophores for organic …

Inorganic photochromic materials, as emerging photoresponsive materials, have attracted
unparalleled interest because of their potential applications in various photoactive devices …

Inorganic photochromic materials have been identified as attractive possibilities in many
photonic applications due to their outstanding thermal stability and eminent fatigue …

Multifunctional phosphors with photochromism and persistent luminescent (PersL)
properties have attracted increasing interest owing to the capability of absorbing the photon …

An accurate measurement of radiation doses is required to ensure efficient use of
electromagnetic radiation in medical diagnostics, agriculture, or general lighting …

Double perovskite (DP) phosphors attract extensive attention due to their potential
applications in the field of optoelectronics. Photochromism‐induced luminescence …

It is challenging to obtain a material that can detect photons ranging from X‐rays to infrared
light. Such materials have promising use to develop advanced applications like in …

Photochromic materials usually have different physical and chemical properties when they
are in different states. Inorganic photochromic materials are widely used in the fields of …

Fast response, high luminescence contrast, three-dimensional (3D) storage, and
nondestructive reading are key factors for the optical storage application of photochromic …