Evidence Performed by Alan Turing

  • Name
    Chemical Morphogenesis Research (Mathematical Biology)
  • Description

    mechanism to explain how complex, self-organizing organic patterns like animal coat stripes or spots form from completely uniform embryonic cells. Turing constructed a landmark reaction-diffusion mathematical model that demonstrated how interacting chemical substances could spontaneously break symmetry to generate physical biological forms. His final major publication, The Chemical Basis of Morphogenesis, successfully founded the modern field of mathematical biology and predicted non-linear chemical phenomena that were experimentally validated decades later.

  • Start Date
    1951-01-01
  • Duration
    3 years
  • Type
    Personal
  • Primary Responsibilities
    Developed non-linear partial differential equations modeling the interaction and diffusion of chemical morphogens. Utilized early digital computers to run iterative numerical approximations of organic growth patterns. Analyzed natural biological geometry to match mathematical models with physiological evidence. Authored and published the foundational research text establishing the chemical basis of organic development.

Used Skills