Steven Strogatz's Interviews
3 - Steven Strogatz: In and out of love with math
Steven Strogatz, an applied mathematician at Cornell, is a prominent figure in the field of nonlinear dynamics and chaos, and a widely beloved popularizer of math. Episode sponsor: https://brilliant.org/3b1b Brilliant is a great site/app for being more active in learning math. --- Books by Strogatz which we discussed -
Steven Strogatz is the Jacob Gould Schurman Professor of Applied Mathematics at Cornell University. Early in his career, he worked on a variety of problems in mathematical biology, including the geometry of supercoiled DNA, the dynamics of the human sleep-wake cycle, the topology of three-dimensional chemical waves, an
Steve Strogatz is famous for his work in dynamical systems, but his favorite theorem is due to Cauchy. A classic of complex analysis, it asserts that the integral of an analytic function around a closed contour is zero; one of the cleanest results in mathematics. Also, cubism.
347: Steven Strogatz - How Calculus Reveals The Secrets Of The Universe
The Learning Leader Show With Ryan Hawk Text LEARNERS to 44222 Full show notes can be found at www.LearningLeader.com Episode #347: Steven Strogatz - How Calculus Reveals The Secrets Of The Universe Leaders who sustain excellence: Have a willingness to be a beginner "When you're naive, you ask new questions" "They have
Mathematician Steven Strogatz reveals how math is the key to exploring and understanding the beauty of our world. Go Premium: Members get early access, ad-free episodes, hand-edited transcripts, searchable transcripts, member-only episodes, and more. Sign up at: https://fs.blog/membership/ Every Sunday our newslett
Steven Strogatz on Synchronization, Networks, and the Emergence of Complex Behavior
One of the most important insights in the history of science is the fact that complex behavior can arise from the undirected movements of small, simple systems. Despite the fact that we know this, we’re still working to truly understand it — to uncover the mechanisms by which, and conditions under which, complexity can
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