Liquid crystal mesogens often suffer from structural degradation or phase changes when exposed to heat. Stabilizing the polymerized network prevents optical property drift in display environments.

Limited phase stability and narrow tuning ranges in chiral mesogens restrict the performance of switchable optical components. Overcoming these constraints allows for broader wavelength control in photonic applications.

Inadequate insulation properties in polymerizable mesogens lead to electrical failure under high voltage. Enhancing dielectric strength prevents device shorting and improves energy density.