In the depths of the ocean, where light barely exists and pressures are extreme, life has always known how to reinvent itself. There, organisms emerge that, through strategies of natural optimization, develop modular structures, radial symmetries, and fractal architectures. Today, however, these same environments are traversed by new stimuli: data flows, electromagnetic vibrations, streams of information that humans have released into the sea through our technological infrastructures.

NastPlas invites us to imagine how nature might evolve through these new invisible languages. What forms of life would emerge if they fed on digital signals instead of nutrients? What would an organism look like that breathes algorithms, communicates through flashes of data, and draws its vital impulse from magnetism or artificial vibrations?

Through algorithmic processes, dynamic modeling, and advanced visualizations, these works transform marine ecosystems into self-organized information networks.