Philip Gerlee

Extinction times in diffusive public good population dynamics

The paper studies extinction dynamics in spatially structured populations of producers and free-riders in a public good game, finding that spatial structure does not affect extinction time in well-mixed systems but can influence it in segregated populations.

Neighborhood size-effects in nonlinear public goods games

The paper studies how neighborhood size and nonlinear public goods effects influence evolutionary dynamics in populations of cooperators and defectors.

Using neural networks to bridge scales in cancer: Mapping signaling pathways to phenotypes

The paper uses a neural network to model how intracellular signaling pathways influence cancer cell phenotypes under varying microenvironmental conditions.

A filter-flow perspective of hematogenous metastasis offers a non-genetic paradigm for personalized cancer therapy

This paper proposes a physical network model of CTC flow to predict metastatic patterns and improve staging of oligometastatic disease.

Evolutionary dynamics of shared niche construction

The paper investigates how the specificity of niche construction behavior affects evolutionary dynamics using mathematical models, showing that mutant invasion depends on a specificity parameter.