Fractal Bloom

A vibrant, microscopic view of a chemical garden experiment within a Hele-Shaw cell. From a central dark point, intricate, fractal-like mineral structures branch outward across a white background. The growth patterns are defined by jagged, thin lines in shades of brilliant blue, emerald green, and soft peach, illustrating the process of diffusion-limited crystallization. A faint red streak of light or pigment bisects the lower right, adding a sense of movement to the self-organizing chemical structures.

Label

Fractal Bloom

Artist

Amari Morris

Description

This mesmerizing artwork captures the dynamic interplay of chemistry and physics through a chemical garden experiment in a Hele-Shaw cell. The reaction forms intricate, fractal-like branching patterns as mineral structures emerge and spread. The vivid blue, green, and red hues highlight diffusion-limited growth, showcasing the beauty of scientific phenomena at the microscopic level. A perfect fusion of art and STEM, this piece reveals the hidden elegance of chemical self-organization.

Type

Camera

Artist Affiliation

Graduate Student

Department

Department of Chemistry and Biochemistry

Area of Research

Physical Chemistry

Research Group Site

Steinbock Group

Date

2025