Solid‐state lighting is advancing toward higher power, higher brightness, and smaller size to
cope with the market competitiveness, and laser‐driven solid‐state lighting technology is …

Abstract Y3Al5O12: Ce3+ (YAG: Ce3+) transparent ceramic phosphors (TCPs) are regarded
as the most promising luminescent converter for laser‐driven (LD) lighting. High‐quality …

Up-to-date laser-driven lightings confront a challenge of simultaneously achieving good
photometric and chromatic performances. Herein, the coupling of “patterned package …

Robust ceramic color converters withstanding strong laser irradiations have recently drawn
great attention for laser‐driven white lighting. However, the local emission within the incident …

Narrow‐band red‐emitting fluoride phosphors play a crucial role in lighting and backlight
displays, whereas the stability issue is a major challenge. Here, highly stable K2SiF6: Mn4+ …

To achieve extra-high brightness laser lighting, the bottleneck of thermally-induced
luminance saturation that phosphor materials (ie, color converters) usually suffer from under …

Solid-state lighting has been moving into new directions since its emergence in the 1990s.
Light-emitting diodes (LEDs) and LED-based luminaires have seen impressive …

Color converter is a key luminescent material in the laser‐driven solid state lighting, which
must bear high‐density excitation and serious thermal attack from the incident laser. Here, a …

Abstract Lu3Al5O12: Ce3+ (LuAG: Ce3+) ceramic phosphors (CPs) are regarded as the
most promising green color converter and play a key role in high quality white light in the …

Abstract Lu3Al5O12: Ce (LuAG: Ce) phosphor has been designed and fabricated into
various forms of green fluorescent converters and plays a critical role in the field of solid …