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Mathematics
Fractals
1. Introduction to Fractals
2. Mathematical Foundations
3. Fractal Dimension
4. Classical Fractals
5. Iterated Function Systems
6. Escape-Time Fractals
7. Random and Stochastic Fractals
8. Fractals in Nature
9. Applications of Fractal Geometry
10. Connections to Related Fields
11. Computational Methods and Tools
12. Advanced Topics and Current Research
Random and Stochastic Fractals
Brownian Motion
Mathematical Definition
Properties and Characteristics
Fractional Brownian Motion
Hurst Exponent
Percolation Theory
Site Percolation
Bond Percolation
Critical Thresholds
Infinite Clusters
Applications to Fractal Structures
Diffusion-Limited Aggregation
Growth Algorithm
Resulting Fractal Structures
Variations and Extensions
Physical Applications
Random Walk Models
Simple Random Walks
Self-Avoiding Walks
Lévy Flights
Applications to Natural Phenomena
Stochastic L-Systems
Probabilistic Grammar Rules
Plant Growth Modeling
Branching Processes
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6. Escape-Time Fractals
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8. Fractals in Nature