This kind of explosively formed emulsion in the aqueous phase was already hinted in our effort to quantify the amount of oil in the aqueous phase, specifically with the experiments in which a small amount water insoluble marker (Triphenylmethane,TPM) was dissolved in the organic phase . As this marker is totally insoluble in the aqueous phase, its presence there strongly indicates that it does not evolve in the aqueous phase via simple diffusion. The more plausible scenario is that the oil is injected into the aqueous phase as droplet via transient or persistent shake up events due to instabilities occurring at the interface. Such a picture was presented in our earlier publication , where we conjectured that the inverted (water-in-oil) emulsions first fuse with the interfacial monolayer following which a curvature reversal (an instability) develops at the interface, thus triggering the phase inversion. Because of the difference of the interfacial tensions between the flat interface and the water-in-oil emulsion, we surmise that local heterogeneous Marangoni instability to play an important role in the explosive phase inversions as depicted in Figure and).