Pascal Hagolani

This study evaluates an upper bound on phenotype transition probabilities using conditional complexity across various genotype-phenotype maps and finds it provides meaningful estimates.

This paper uses in silico evolution to study how pleiotropy affects genetic and phenotypic evolution, finding that it accelerates genetic divergence and promotes fitness improvements.

The paper investigates how gene networks, extracellular signaling, and cell behaviors coordinate to produce complex and robust morphologies, finding that signaling and complex networks enhance robustness against noise.