Systems utilizing chiral nematic liquid crystals or optical retardation techniques have been extensively studied for CP laser generation. Achieving organic CP lasers generally requires a laser gain medium combined with a chiral environment. However, typical optical cavities do not enhance chiroptical activity due to the lack of intrinsic mirror symmetry and the reciprocal optical properties of most chiral materials, which do not vary with sample orientation. Attempts at direct CP lasing, such as using chiral BODIPY-type laser dyes or chiral biomolecules, have yielded dissymmetry factors up to 0.29. Nonetheless, these limitations highlight the need for further advancements in CP laser technology.