MathLapse - Inscribed Angle Theorem
Submitted by Pavel Boytchev on
MathLapse Festival 2016 Winner. Experiencing the Inscribed Angle Theorem.
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MathLapse - Recipe for a Wild Knot
Submitted by Aubin Arroyo on
MathLapse Festival 2016 Winner. A Wild Knot is a circular curve in the three-dimensional space which is infinitely knotted. In this video we show a recipe to build some kind of Wild Knots, using reflections on several spheres which are strung on a necklace.
MathLapse: Modelling an Egg
Submitted by Chloe Lo on
MathLapse Festival 2016 Winner. A MathLapse video on modelling an egg with equation and touch upon a little about conic sections.
MathLapse: Constructions by pin-and-string — conics
Submitted by Atractor on
MathLapse Festival 2016 Winner. This MathLapse illustrates a process for drawing the three conics (ellipse, parabola and hyperbola) by pin-and-string constructions.
Asymmetric rock-paper-scissors-lizzard-Spock equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving five chemicals. Each chemical dominates one of the others, is dominated by another one, and does not interact with the other two.
Transition from 3-branched to 5-branched spirals in the Rock-Paper-Scissors-Lizard-Spock equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving five chemicals, each of them dominating two others. There are two interaction parameters, which are equal at the beginning of the simulation. As one of them decreases to zero, spirals with 5 branches appear.
The rock-paper-scissors-lizard-Spock reaction-diffusion equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving five chemicals, each of them dominating two of the others, and dominated by the other two.
Spirals in the rock-paper-scissors equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving three chemicals, each of them dominating one of the others, and dominated by the other one.
Vorticity of spirals in the rock-paper-scissors equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving three chemicals, each of them dominating one of the others, and dominated by the other one.
Rock-paper-scissors reaction-diffusion equation on the sphere
Submitted by Nils Berglund on
Solution of a reaction-diffusion equation involving three chemicals, each of them dominating one of the others, and dominated by the other one.