Calculus, linear algebra, probability, and optimization — made visual. Pick a lab below.
Play with a function's slope live and build intuition for rate of change.
See what a derivative actually measures, one tangent line at a time.
Watch a signal pass through a chain of functions and see how the chain rule links them.
Explore partial derivatives and see how they combine into the gradient vector.
Follow gradient descent step by step as it finds its way downhill.
Build geometric intuition for vectors and what the dot product really measures.
See how a matrix stretches, rotates, and reshapes space.
Discover eigenvalues and eigenvectors, and how PCA uses them to reduce dimensions.
Shape different probability distributions live and see how they behave.
Update a belief with new evidence and watch Bayes' theorem in action.
Build intuition for mean, variance, and standard deviation with live data.
Compare loss functions side by side and see how each penalizes error differently.
Watch raw scores turn into probabilities, and see cross-entropy measure the gap.
Compare activation functions and see how each shapes a neuron's output.
Stretch and shift the bell curve and see what mean and variance really control.
Morph a distribution's spread and center and watch certainty change live.
See how L1/Lasso and L2/Ridge pull model weights in different directions.
Compare maximum likelihood and MAP estimation as evidence and priors change.
A live dashboard for tangent lines and instantaneous slope.
See why convex loss surfaces are easy to optimize — and non-convex ones aren't.
Watch an SVM find its separating hyperplane, margin, and kernel trick live.
Explore the Jacobian and how it maps small input changes to output changes.
Slide a classification threshold and watch the ROC curve and AUC respond live.
A gearbox metaphor for the chain rule — turn one gear, watch the rest follow.
Compare sets visually and see how Jaccard similarity measures overlap.