Explore a groundbreaking approach to teaching nonlinear dynamics in physics through this JuliaCon2021 talk. Discover how integrating Julia programming with traditional mathematics can revolutionize physics education. Learn about a new Springer textbook that seamlessly combines theory with practical coding examples. Gain insights into the benefits of incorporating real code in physics lessons, including delay coordinates embedding, interactive applications, and exercises that mirror real-world scenarios. Understand the potential pitfalls of over-relying on pre-made libraries and explore the advantages of live polling during lectures. Get a glimpse of DynamicalSystems.jl 2.0 and how it contributes to this innovative educational approach. Perfect for educators, students, and anyone interested in the intersection of physics, education, and programming.
Overview
Syllabus
Welcome!.
: I Have A Dream....
: Putting Things Into Perspective.
: How It Works.
: Actual Pages.
: Benefits Of Showing Real Code.
: Delay Coordinates Embedding.
: Code ↔️ Figure.
: Interactive Applications.
: Makie.jl = 2 stronk 2 be true.
: Exercises Like In Practice.
: Careful: Don't Abuse Pre-Made Libraries.
: Online Repository.
: Live Polling During The Lecture.
: DynamicalSystems.jl 2.0.
: Summary.
Taught by
The Julia Programming Language
