Computer Simulation of Vortex Evolution from Laminar Flow

The computational method used to model four stages of vortex development from smooth laminar flow, demonstrating morphologically smooth stage-by-stage transitions analogous to Jupiter's surface vortices

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Findings (1)

finding

In Dictyostelium aggregation, acrasin concentration highest at the center of gravity of swimming cells creates a virtual center that, via chemotaxis, becomes a real physical entity intensifying aggregation further.
analogous_to
Biological finding demonstrating the mechanism of latent center intensification in slime mold morphogenesis

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