The Laboratory — Volume I
Root-finding and convergence algorithms. Five complete interactive pages: Babylonian, Bisection, Newton-Raphson, Secant, Fixed Point. Python cells embedded throughout.
Our editorial agenda for building the infrastructure of insight.
Root-finding and convergence algorithms. Five complete interactive pages: Babylonian, Bisection, Newton-Raphson, Secant, Fixed Point. Python cells embedded throughout.
Optimization and learning. Gradient Descent and Stochastic Gradient Descent and AdaGrad live. Adam in progress.
Statistical Surgery on VGG19 and Premier League Predictions. Two complete interactive research documents.
Adam with momentum, scheduling, and failure modes.
A new laboratory separate from algorithms. Bernoulli through the probabilistic foundations of modern AI. Launching after algorithms is complete.
More real-world applications. Sports analytics, medical imaging, econometrics. The platform's research voice growing.
Randomness and exploration. Monte Carlo, MCMC, Simulated Annealing. After distributions.
The interactive book. Honest timeline — this is a large project and it's being built properly. 14 chapters, electron app, cinematic, Python and R throughout.
Probably earlier than this. Statistical thinking as cinematic content. No fixed date — it starts when the first video is ready.
The platform does not explain things to you. It puts you in front of the mathematics directly. Struggle is not a failure of design — it is the design. Comprehension that arrives without resistance does not last.
The platform is free. When the interactive book ships, you buy it once and own it permanently. No recurring fees, no paywalls on existing content.
Community features built around volume produce noise. We do not host discussions, comment sections, or peer forums. If something needs to be said, it belongs in the content itself.
Statistics and machine learning are taught here as one discipline. The separation between them is historical and terminological, not mathematical. We do not accept it.
Every concept on this platform has a visual proof. Every model has a mechanism you can manipulate. The mathematics is the visualization — not an illustration of it.