The development of highly emissive luminescent materials is vital for future light-emitting
diodes, display, and scintillation applications. A series of novel organic hybrid metal halide …

Currently reported circularly polarized luminescent devices are primarily based on rare earth
and noble metal complexes or lead perovskite materials. Reports on electroluminescent …

Multicomponent heterometallic zero-dimensional (0D) halide hybrids are an emerging class
of solid-state materials with multiple functionalities due to the unique electronic properties of …

Regulating the crystal structure of metal halides is important to tune their photoluminescence
(PL) or govern the potential emergence of diverse physical properties. Here, an exceptional …

Although low-dimensional hybrid metal halides have recently been the subject of
considerable attention as white-light emitters, the superiority of structural diversity has not …

Multimetallic halide hybrids are attractive for the fundamental understanding of interacting
excitons. However, realizing halide hybrids that incorporate multiple heterometal centers …

Hybrid tetrahedral Mn (II)-based halides show great potential for narrow-band green
emitters, which could be applied in the liquid crystal display field. However, the strategy to …

Environmentally friendly phosphors with narrow-band green luminescence are in great
demand for solid-state lighting and backlight display applications. Herein, all inorganic lead …

It is imminent to develop phosphors with multiple stimuli responses due to the increasing
demand on anti‐counterfeiting and information encryption technologies. Here, a zero …

Circular polarized luminescence (CPL) sensitive two-dimensional organic inorganic halide
perovskites have versatile applications in optical displays, encrypted transmission and …