At this convenient juncture, we wish to point out that a DPD-MD simulation indicates that oil-inwater emulsion can form in the aqueous phase in the presence of a small amount of oil the aqueous phase. However, the stability of the emulsions formed with the mixed surfactant far greater than those formed with the pure surfactants. While this trend is similar to what we observed with the water-in-oil emulsions, this type of emulsification requiring the diffusion of oil from the organic to the aqueous phase would be a slow process as the solubility of oil in water is very low. Experiments on spontaneous emulsification and analysis. In order to proceed further, an experiment was performed, in which a thin layer of organic liquid (2.2 ml) was deposited above a 2.2 ml of 0.6 M salt solution containing a surfactant inside a quartz cuvette (Figure ). The height of the quartz cuvette was so adjusted inside the spectrometer sample holder that the UV beam passed either above the interface of the salt solution and the organic liquid, slightly below (1 mm) and even farther below (4 mm) the interface. When the UV beam passed through the cuvette above the interface, it interrogated the sequences of events occuring in the organic phase, i.e. the fate of the surfactants as it diffuses from the aqueous to the organic phase. The UV beam passing through the aqueous phase, similarly, interrogated the sequences of events occuring in the aqueous phase.