Halide perovskite has been widely studied as a new generation of photoelectronic materials.
However, their thermal and humidity‐induced emission quenching have greatly limited their …

Low-dimensional metal halides (LDMHs), as a derivative of three-dimensional lead halide
perovskites, have attracted much attention because of their unique crystal structures and …

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 …

Although single-component white light emitting perovskites have emerged as a new star
material with great potential in solid-state lighting, the synthesis of lead-free halide …

Metal halide materials have recently sparked intense research because of their excellent
photophysical properties and chemical stability. For example, RbCdCl3: Sb3+ exhibits broad …

Single-component white light emitters are particularly attractive for fabricating economical
solid-state devices for display and lighting. Herein, an efficient white light with …

Two-dimensional (2D) hybrid layered perovskites (HLPs) have attracted extensive attention
due to their excellent optoelectronic properties. Herein, we successfully prepared high …

The rich phase structures of perovskite derivatives have attracted extensive attention and
can be applied in the fields of optoelectronics due to their high emission efficiency and …

Low-dimensional metal halides are attractive for applications in photodetectors, solid-state
lighting, and solar cells, but poor stability is an obstacle that must be overcome in …

We report a large Stokes shift and broad emission band in a Mn-based organic–inorganic
hybrid halide,(Guanidinium) 6Mn3Br12 [GuMBr], consisting of trimeric units of distorted …