"Real @toms with Clojure!"
summary
Reproduces a recent journal measurement that maps a magnetic field from camera images of laser‑driven atoms, extracting symmetry by unwrapping images and reducing each mode to two numbers via a Fourier‑style transform, then fitting a simplified symbolic model. Uses Clojure libraries for arrays and laziness (d‑type.next), numeric transforms (FastMath), visuals and notebooks (Clay), plus Mathematica interop for heavy symbolic work. Builds interactive browser UIs and generates the paper slides from the same namespace, matching the original results.
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chapters (26)
- 0:00Intro
- 0:33Who are we?
- 3:22Simple (On lisp...)
- 4:37Fundamental
- 6:02Mathematical
- 7:44Practical
- 8:14Call to action!
- 9:10An atomic compass
- 10:29On the same wavelength
- 13:52Phase-shaped light
- 15:20Observation
- 15:53The workflow
- 18:20example 2
- 19:45Visual tools
- 20:44Data visualization
- 21:11Dataflow
- 22:05The social platform
- 23:12Upcoming community projects
- 24:54Analysis (Overview)
- 26:01Analysis (Transformation)
- 26:36Waves
- 26:49Fourier (abstraction)
- 27:32Fourier (components)
- 29:10Modelling (Numerical)
- 29:50Modelling (Symbolic)
- 31:29Fitting
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