Used primarily in organic electronics due to its strong luminescent properties, particularly its aggregation-induced emission (AIE) in the solid state. It serves as an efficient emitter in organic light-emitting diodes (OLEDs), enhancing brightness, color purity, energy efficiency, and device lifespan. Its rigid, twisted structure helps suppress aggregation-caused quenching, making it effective in solid-state lighting and display devices. Also explored in chemical sensors for detecting electron-deficient analytes and explosives, such as nitroaromatics, due to its fluorescence quenching response. Additionally, incorporated into bioimaging probes and photovoltaic materials for improved electron transport and light absorption characteristics, as well as in light sensors and nanomaterials requiring specific luminescence.