01. The Great Sort Race
Algorithms
Compare the efficiency and real-time mechanics of O(N²) versus O(N log N) sorting algorithms side-by-side.
Mimir's Well:
The Intuition Lab
Building a "gut feeling" for abstract math and physics concepts through code.
"What I cannot create, I do not understand."
The core mission of this platform is to bridge the gap between abstract formalism and concrete understanding.
While traditional textbooks focus strictly on the mechanics of solving a problem, this project focuses entirely on the intuition behind the solution. We use interactive simulations, real-time algorithms, and symbolic solving to move from "following the rules" to "internalizing the behavior" of complex systems.
Interactive Visualisations
02. Cluster Finding
Machine Learning
Discover hidden structures and group data using varied geometric assumptions, comparing K-Means centroids to DBSCAN density mapping.
03. MCMC Sampling
Statistics
Visualize the Metropolis-Hastings algorithm and observe how random walkers explore complex probability distributions.