Thomas E. Portegys

The paper combines quantitative analysis of C. elegans embryonic development with theory-building to link emergent properties and developmental processes.

This paper simulates pufferfish nest building behavior using a cellular automaton and the Morphognosis model by decomposing the behavior into essential functions.

The paper uses computational modeling to analyze ommatidia formation in the Drosophila eye imaginal disc, identifying spatial patterns and spatiotemporal features.

The paper introduces an information isometry technique to quantify and visualize organizational features in developmental cell lineages using binary classification and isometric graphs.