Thomas Woolley

@thomasewoolley.bsky.social

166 Followers 26 Following

Mathematical biologist and outreacher extraordinaire. Reader at Cardiff University

Dear Thomas Woolley, Congratulations! It is our pleasure to inform you that you have been nominated for Most Outstanding Learning Experience in the Enriching Student Life Awards 2026!
A range of Turing patterns on different domains.
Illustrating patterning bifurcation points. The square point represents the solution for the 1D line. The diamonds points represent ellipses and the circle point represents the solution for the circle domain. As you can see, the ellipses don't connect the square and circle points.
An elliptical coordinate system linking the flat line and the circle.
A Turing simulation on a circle, rectangle, and ellipse domain (top to bottom). As the domains grow, left to right, patterns appear on the domains at different points.