REACTION DIFFUSION
Desing Across Disciplines
Jenny Sabin | Nicholas Cassab
In Collaboration With
Jaeha Kim | Junfei Pei
Reaction Diffusion
Form Studies | Fabrication Methods
FA 2021
Cornell Tech

PROJECT OVERVIEW
FORM STUDIES

Desing Across Disciplines
Jenny Sabin | Nicholas Cassab
In Collaboration With
Jaeha Kim | Junfei Pei
Reaction Diffusion
Form Studies | Fabrication Methods
FA 2021
Cornell Tech
FORM STUDIES
3D extrusion of the reaction diffusion pattern. These tiles can be aggregated to enhance the acoustic properties of a space.
Inspired by mushroom gills, this radial pattern can adapt with different curvature and ridge density.
Originating from the mushroom series, this form is freed from the circular edge allowing for linear aggregation.
Inspired by the growing pattern of coral. This form starts as a sphere and branches off creating irregular spikes that maximize surface area.
This form creates a dynamic pattern both vertically and horizontally. Its structure allows for kinetic properties when made with elastic materials.