Sprott's Technical Notes

Listed below are some technical calculations I have done.  Some represent material that supplements published papers, others are small calculations too insignificant or underdeveloped to justify publication, and the remainder represent work in progress, collaborations, or suggestions for student projects.
    1. A Symmetric Chaotic Flow
    2. Animated Eigenvalues for a Simple Spatiotemporal Lotka-Volterra Model
    3. Animated Surfaces
    4. Chaos Data Generator
    5. Chaos in Edge Localized Modes
    6. Chaos in Euler Solution of ODEs
    7. Chaotic Magnetospheric Plasma States
    8. Common Chaotic Systems
    9. Correlation Dimension Refinements
    10. Dynamics of Walking and Running (or MS-Word format)
    11. Energetics of Walking and Running (or MS-Word format)
    12. Fitting Models to Chaotic Data
    13. Fitting the Topology of a Strange Attractor
    14. Game of Life with Non-Local Neighbors
    15. Henon Map Correlation Dimension
    16. Henon Map Maximum Lyapunov Exponent and Kaplan-Yorke Dimension
    17. Improved Kaplan-Yorke Dimension
    18. Langton's Ants
    19. Lyapunov Exponent and Dimension of the Lorenz Attractor
    20. Lyapunov Exponents for Delay Differential Equations
    21. Lyapunov Exponent Spectrum Software
    22. Mandelbrot Set Chaos
    23. Misiurewicz Point of the Logistic Map
    24. More Simple Chaotic Flows with ABS Nonlinearity
    25. Necker Cube Simulation
    26. Neural Net Model of Logistic Map
    27. Neural Net Model of MST Fluctuations
    28. Numerical Calculation of Largest Lyapunov Exponent
    29. Numerical Errors in Logistic Map Calculation
    30. Random Number Generator
    31. Research Problems
    32. Restricted Three-Body Problem
    33. Simple Chaotic Flow Animations
    34. Simple Chaotic Flow with ABS Nonlinearity
    35. Simplest Dissipative Chaotic Flow
    36. Simple Driven Conservative Chaotic Flows
    37. Stretching and Folding of a Strange Attractor
    38. Two Coupled Logistic Maps
J. C. Sprott