Mathematicians invented a knitting stitch that stops mistakes from spreading

With a little help from knot theory, scientists have invented a “robust knit” to fight laddering

With a little help from knot theory, scientists have invented a “robust knit” to fight laddering

Root election, port roles, proposals and agreements, topology changes: explore RSTP through simulations powered by MSTPD compiled to WebAssembly.

By replacing the most fundamental concept in topology, Peter Scholze and Dustin Clausen are taking the first step in a far bigger program to understand why numbers behave the way they do.

Learn how to measure network clustering and triadic closure in Python to identify tightly-knit groups and bridge nodes.
triadic closure

Learn the fundamentals of the burgeoning field of knot theory while solving some puzzles along the way

Mathematicians describe the most beautiful and beguiling forms and surfaces they know

After just a few months of work, a complete newcomer to the world of sphere packing has solved one of its biggest open problems.
Motivation • Dimensionality reduction is vital to the analysis of high dimensional data, i.e. data with many features. It allows for better understa…

This tutorial offers a bridge between the abstract mathematics of manifolds and computational practice.

A quantum approach to data analysis that relies on the study of shapes will likely remain an example of a quantum advantage — albeit for increasingly unlikely scenarios.


Interactive article explaining how curves and surfaces are modeled.

The relationships among the properties of flexible shapes have fascinated mathematicians for centuries.

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