Explores how small delays affect differential equations, comparing behavior with and without delays using mathematical analysis and examples.
Lecture on control theory, exploring PID controllers and their role in taming complex systems, from steam engines to modern robotics.
Using a SAT solver and Python to automate the complex scheduling of student-teacher interviews at a Zen meditation retreat.
A mathematical model exploring how the brain's perception of time changes based on event density and novelty.
A physics analysis of the optimal angle to jump from a swing for maximum distance, contrasting it with simple projectile motion.
Explores Bayesian inference when data strongly contradicts prior expectations, analyzing how heavy-tailed priors and likelihoods affect posterior beliefs.
An interactive exploration using IPython to simulate and understand the mathematical model behind 'The Hipster Effect' paper on conformity and non-conformity.
