NOVA VII (Chromaplastic)

Description

This work visualizes the phenomena of the Chromaplastic process: A pulsating field of light and matter, in which spectral properties reorganize themselves in real time. The composition illustrates how electromagnetic field modulations penetrate matter, generating fractal color structures that oscillate between stable and metastable states.

The image captures the critical moment in which quantum interactions become macroscopically visible—a vibrating network of energetic transitions that explores the boundary between material-bound structures and free spectral emergence. Intense gradients of color document the energy exchange between electronic states and electromagnetic fields, while the composition itself embodies the tension between control and emergent behavior.

Chromaplastic refers to a procedure in which the spectral response of matter is manipulated through targeted quantum interactions. This occurs via nonlinear optical effects and electromagnetic field modulation, which stabilize electron states in metastable configurations.
The process generates dynamic optical properties, where light-matter interactions give rise to macroscopically observable effects—manifesting as fluctuating, energy-charged structures reminiscent of abstract explosions or quantum fluctuations. These phenomena oscillate between order and chaos, as color and form reconfigure continuously in real time.
This visual manifestation remains bound to material quantum systems and requires energy-intensive control mechanisms to precisely stabilize and steer the resulting patterns.