KZiemian
commented
10 months ago Timestamps were added to the video. We will close this issue, when we get access rights to this GitHub repository.
Closed KZiemian closed 9 months ago
KZiemian
commented
10 months ago Timestamps were added to the video. We will close this issue, when we get access rights to this GitHub repository.
Why Julia is the most suitable language for science, https://www.youtube.com/watch?v=7y-ahkUsIrY
This talk deserves good timestamps, but now we have only these. YT displays its length in weird way, more information here.
Contents 00:00 Welcome! 00:53 Obligatory huge disclaimer 01:32 First part of the talk: what does science need from code? 02:30 The one more important requirement: performance of "doing science" 02:48 Other requirements of scientists 03:25 What we all know and love 04:06 This talk is about "unspoken" powers of Julia 04:44 Syntax: clarity through the roof 05:15 Custom infix operators 05:52 Broadcasting (dot-fusion) 06:15 Design: unlimited productivity 07:22 Functions that mutate by convention end with "!" 07:41 Robust and reproducible science 08:48 Second part of the talk: JuliaDynamics 09:00 DynamicalBilliards.jl package 09:44 Unique features of DynamicalBilliards.jl 10:03 How to simulate a Billard? 10:48 Implementing function collisiontime in Julia results in clear and intuitive code 11:49 Performance? No problem 12:33 DynamicalSystems.jl, winner of SIAM DSWeb 2018 Software Contest 13:09 Crash-course: dynamical systems 13:49 Crash-course: Lyapunov exponent 15:51 Julia allow 1-to-1 code-algorithm correspondence 16:38 Why this code-algorithm correspondence in Julia is so great? 17:12 How fast is this code? 18:19 Manipulating functions in Julia is great 19:47 Summary 20:09 JuliaMusic is unrelated to dynamical systems, but it also great 20:19 Thank you! 21:05 Q&A: how performance of computing Lyapunov exponents compare to other packages? 22:10 Q&A: can you compute Feigenbaum constants? 22:43 Q&A: does your packages can analyze stability of fix points? 23:39 Q&A: do particles in DynamicalBilliards.jl interacts with each others? 24:18 Q&A: in the light of previous question, what "magnetic propagation" means? 24:53 Q&A: can you comment on how Julia help with extending such models?
Resources JuliaDynamics JuliaMusic DynamicalSystems.jl DynamicalBilliards.jl DSWeb 2018 Software Contest Feigenbaum constants