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The dynamical perspectives of bubble in a liquid droplet on smooth solidsubstrate can be revealed by investigating interfacial self-assembly phenomena.Moreover, the complexity in such system can be scaled down into a transparentimmobile non-Newtonian droplet. Here we present the dynamical approaches ofinternal microbubbles through coalescence and implosion near the edge of thedroplet. The aggregation density of microbubbles near the rim is greater thanthe central region corresponding to the dynamical behaviour of the dropletmarked with capillary flow along the triple phase contact line. We have alsonumerically analysed the occurrence of aggregation density of internalmicrobubbles near the edge by implementing boundary integral method. Ournumerical results show good agreement with the experimental findings until theaggregation density have occurred near the edge of the droplet. Thisunderstanding ascribes distinctive skew exponential power law characteristicsthrough coalescence and implosion.

Dynamic patterning and texture evolution of microbubbles in non-Newtonian immobile droplet