Notes
Chapter 8: Implications for Everyday Systems
Section 1: Issues of Modellinghttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-1--issues-of-modelling
Section 2: The Growth of Crystalshttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-2--the-growth-of-crystals
Implementation [of hexagonal cellular automata]
Other models [of crystal growth]
Section 3: The Breaking of Materialshttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-3--the-breaking-of-materials
Phenomenology of microscopic fracture
Models of microscopic fracture
Experimental data [on fracture]
Alternate models [of fracture]
Section 4: Fluid Flowhttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-4--fluid-flow
Section 5: Fundamental Issues in Biologyhttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-5--fundamental-issues-in-biology
History [of biological complexity]
Tricks in [biological] evolution
Belief in [biological] optimality
Section 6: Growth of Plants and Animalshttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-6--growth-of-plants-and-animals
History [of theories of biological form]
Implementation [of branching model]
Mathematical properties [of branching model]
Simple geometries [in branching model]
Projections of [phyllotaxis] patterns
Implementation [of phyllotaxis model]
Symmetries [in biological systems]
Discrete folding [in biological growth]
Multidimensional generalizations [of intrinsically defined curves]
Parametrizations of [biological] growth
Section 7: Biological Pigmentation Patternshttps://www.wolframscience.com/nks/chap-8--implications-for-everyday-systems--notes#sect-8-7--biological-pigmentation-patterns
Animals [with patterning] shown
Implementation [of patterning model]
Features of the [patterning] model
Scales of patterns [on animals]