Light-scattering experiments in dye-doped liquid crystals both to determine crystal parameters and to construct consistent neural network empirical physical formulas for scattering amplitudes

►First aim: dye-doped liquid crystal parameters were determined by light scattering. ►All parameters were found to be doping-ratio dependent. ►Second aim: we formed neural network empirical scattering amplitude formulas. ►Excellent agreement was seen between experimental and neural scattering amplitudes. ►Neural networks can be very useful in liquid crystal structure investigations.