STUDIES FOR NATURE

This line of research investigates the structural translation of the physical behavior of natural phenomena through abstract geometric systems. The work does not seek to represent recognizable images of nature, but to reproduce internal dynamics such as pressure, tension, propagation, deformation, and continuity through controlled visual constructions.

Formal organization is based on stratified systems in which each layer fulfills a specific function within the whole. The lower layers establish coherent fields that allow continuous internal tensions to emerge, while the upper layers generate progressive reorganizations of the system, intensifying its perceptual behavior.

Error and chance operate as active variables within the process. These variables allow the system to approach states of high perceptual intensity without losing legibility. The focus is not on formal stability, but on the system’s capacity to sustain continuous internal tensions.

The resulting form is conceived as an active structural configuration in which material, color, and stratification operate together to reproduce physical behaviors translated into abstract language.