In our previous publication, we primarily focused on emulsification under agitated conditions that lead to hydrodynamic turbulence . Here, we pay our attention to what happens without any external agitation. The system that we use here is same as that published previously: specifically, it involves an equi-weight mixture of an ionic (dodecanoic acid) and a non-ionic (Brij 35, Polyoxyethylene (23) Lauryl Ether) surfactant, dissolved in the 0.6 M aqueous salt solution over which various purified organic liquids were gently deposited. [Note: In what follows, we use the term oil for the organic phase intermittently for convenience although the term "organic phase" is more general and used most often] What would be immensely useful in interrogating the dynamic and the self-organizing behaviors of the surfactants is to exploit a property of the surfactant itself that would be reporting the states that they evolve through. In this regard, we mention here a recent elegant investigation , where the authors used a solvatochromic surfactant, the fluorescent intensity of which depends on the polarity of the surrounding environment. This particular characteristic allowed a dynamic visualization of the surfactant dynamics at and near the oil-water interfaces.