Simone Conradi

Thank you so much Christopher! I'm still learning to write interactive python code in Marimo notebook, but I'm loving its capabilities for math visualization, it's like Desmos or Geogebra on steroids!

marimo | Polynomials and the Argument Principle A marimo notebook by Simone from Simone Conradi's Workspace

molab.marimo.io/notebooks/nb...

The argument principle, made visual. Drag the zeros of a cubic and watch the image curve wind around the origin, each zero inside Γ contributes exactly one winding.

Inspired by Needham's Visual Complex Analysis.

Built with #python and @marimo.io + #wigglystuff. Code 👇👇👇👇

#skialp

GitHub - profConradi/scriba: Minimal writing editor with local LLM autocompletion, Markdown support and .docx export. Minimal writing editor with local LLM autocompletion, Markdown support and .docx export. - profConradi/scriba

github.com/profConradi/...

Created using pure vibe coding with Claude Code: a minimal, distraction-free writing app with local LLM assistance (LMStudio/Ollama), Markdown & Mathtext support. Creative writing with AI help, no privacy or copyright worries. Repo in the first comment 👇👇👇, contributors welcome!

t.co/YcNiLIOaEp

New in the @marimo.io gallery!

How do you invert a matrix? Let a system reach thermal equilibrium and read the answer from its fluctuations.

Interactive notebook on thermodynamic linear algebra, based on Aifer et al. (2024).👇👇👇👇

📊 This paper by Crameri et al. (2020) shows why #color choice in figures matters.

Rainbow 🌈 & red–green 🛑❇️ colormaps distort gradients, create artificial boundaries, & exclude readers with #ColorVision deficiency. They quantify visual error & argue for perceptually uniform, #CVD friendly colormaps👍

marimo | made with marimo Browse notebooks made with marimo

marimo.io/gallery?tag=...

The Bak-Sneppen model is now in the official
@marimo.io gallery, my first notebook there 🍃
A 3D interactive simulation of self-organized criticality: complexity emerging from the simplest rule.

Link below 👇👇

A matter of convergence.
Made with #Python #NumPy #Matplotlib inside a #marimo notebook.

Partial sums of geometric series.
Made with #Python #NumPy #Matplotlib inside a @marimo.io notebook.

Partial sums of the Taylor series of the exponential function.
Made with #Python #NumPy #Matplotlib inside a @marimo.io notebook.

Nice library!

From github.com/cduck/hyperb...

Cc @sconradi.bsky.social

Poincaré disk FTW

marimo | Roots of Perturbed Quadratic Equations A marimo notebook by Simone from Simone Conradi's Workspace

Interactive app: molab.marimo.io/notebooks/nb...

static.marimo.app/static/roots...

Falling in love with #marimo.
Scattering of roots of perturbed quadratic equations.
Made with #python #numpy #matplotlib and
@marimo.io

Notebook and code in the first comment 👇👇👇

No, I developed my implementation.

Photo by Pierre Lavie. Yes this is me. And I threw my Leica. It landed on the bass plate with hardly a scratch. Another Photographer grabbed it along with my phone and I was able to track him later. I was held face down tear gas deployed right in front of me and pepper sprayed directly into the eye.

Eigenvalues repulsion in action!
Made with #python #numpy #matplotlib two random matrices and a little bit of linear algebra.

Yes I love it. Thank you so much.

#mybackyard #skitouring

Your interactive live version is very very nice!

Interpolate between two matrices, plot eigenvalue trajectories in the complex plane. Gershgorin's theorem guides matrix design so eigenvalues form a Christmas tree. Yellow stars are the eigenvalues of the two endpoint matrices.
Happy Holidays!

Made with #python #numpy #matplotlib

Chaotic Merry Christmas!
Made with #python #numpy #matplotlib

Made with #python #numpy #matplotlib

Nice!

Made with #python #numpy #numba #matplotlib