Interactive Education
Interactive educational series for clinicians — explore the mathematics, physics, and decision science behind clinical procedures through hands-on simulations and visualizations.
The Clinician’s Guide to Working with AI
AI doesn’t replace clinical judgment — it sharpens it. Learn the principles, patterns, and practices that separate effective clinical AI use from dangerous over-reliance.
The Vascular Lab
The physics beneath the needle
Five interactive modules exploring the mathematics, fluid mechanics, and probability that govern every vascular access decision — Hagen-Poiseuille flow, resistance networks, turbulence, shear stress, and Bayesian decision theory.
The Ultrasound Lab
The mathematics beneath the image
Six interactive modules revealing the physics pipeline that transforms physical reality into a grayscale image — wave propagation, acoustic impedance, beamforming, Doppler effect, slice geometry, and cross-dimensional comprehension.
The Catheter Lab
What happens after you insert
Four interactive modules on the forces, failures, and physics that govern what moves through your peripheral IV catheter — pressure gradients, reflux, hemolysis during blood draws, medication surge boluses, and barotrauma.
The Central Line Lab
Where catheters meet the heart
Six interactive modules on central venous access — anatomy, PICC insertion, Seldinger technique, tip positioning at the cavoatrial junction, CLABSI and complications, and CVP hemodynamic monitoring.
Each series is a collection of self-contained interactive modules. Modules include real-time simulations, parameter controls, historical context, and clinical pearls that connect the underlying science to bedside practice. No login required — open any module and start learning.