Projects for Nonlinear Physics: Modeling Chaos & Complexity
(Spring 2007, Physics 198/250)

• Alice Durand and David Olsen, Variations on Genetic Cellular Automata: Report (pdf), GCAprog.py , GCAclass.py .
• Daniel Wuellner, Dynamics of Neural Plasticity: Report (pdf), nnMainMultiSim.py , nnNetwork.py , nnUtils.py , nnMorphogenesis.py .
• David Karapetyan, Music from a Coupled Lorenz System: Report (webarchive), Components .
• Erin Landguth, A Cellular Automata SIR Model for Landscape Epidemiology: Report (pdf), CASIRModel.py .
• Grant Mathews and Michael Woods, A Simple Chaotic Toy: Report and Code (pdf).
• Jesse Singh, epsilon-Machine Spectral Reconstruction: Report (pdf), processlibrary.py , spectralequations.py , emsr.py .
• Jim Ma, 2D Ising Model Simulation: Report and Code (pdf).
• Joel Gutierrez and Marc Valente, A Plausible Neural Model for Perceptual Waves: Report and Code (pdf), rivalry.py .
• Saryu Jindal, Monte Carlo Simulation of the Ising Model: Report (pdf), delta_e.py , energy.py , ising.py , readfiles.py , script.py .
• Shad Pierson, Multiagent Dynamical Systems: Report (pdf), MADSBifn.py , MADSEngine.py , MADSGraph.py .
• Luke Peterson, n-Dimensional Lyapunov Characteristic Exponents: Report (pdf), LCETools.py , ODEMaps.py , testLCE.py , README.txt .