Inadequate color purity and thermal instability in color filter pigments lead to poor image fidelity. Improving spectral precision and lightfastness prevents color shifting in high-resolution displays.

Organic IR pigments and colorants suffer from chemical instability and loss of efficacy when exposed to environmental stressors. Preventing degradation maintains optical performance and extends product shelf life.

Standard organic chromophores often lack the necessary spectral coverage and thermal stability in the near-infrared range. Improving absorption efficiency and stability prevents signal loss and heat management failures in optical applications.

Limited photon capture and conversion in luminescent collectors restricts data transmission speeds. Improving conversion efficiency reduces signal loss in optical communication.