Dr. Martin Skrodzki

@msmathcomp.bsky.social

Assistant professor (academic track) at the Computer Graphics and Visualization group of TU Delft, working in the field of #illustratingmath, #dataviz, and #mathart. (he/him) Personal Website: https://ms-math-computer.science

There will be a Hot Topic workshop devoted to "AI-assisted coding for Mathematical Exploration" at @icerm.bsky.social in Providence, RI, USA, 11-13 December 2026. It will be a weekend of hands-on exploration. Find more information here: icerm.brown.edu/program/hot_.... Looking forward to seeing you!

ICERM - Home

The Institute for Computational and Experimental Research in Mathematics (ICERM) supports and broadens the relationship between mathematics and computation.

icerm.brown.edu

Our work is now on display at the #ICM2026. If you are there, please give it a look in the #MathArt gallery. There are more pictures here: www.imaginary.org/event/imagin..., and you can find a gallery of all exhibited mathematical art here: www.imaginary.org/gallery/icm-....

A corner of a pop-up gallery space at the ICM. There are twelve prints of mathematical art hanging on the walls, with small description plaques. A person is seen from behind, looking at one of the prints.
Dr. Martin Skrodzki@msmathcomp.bsky.social · 4w ago

Sneak peek into the International Congress of Mathematicians (ICM): There will be a #MathArt gallery, which is already #openAccess at www.imaginary.org/gallery/icm-.... It does feature my work "Heart of Domain Coloring" (with H. Lipschütz and U. Reitebuch). Go and give it a look!

Domain coloring allows for the visualization of complex functions with color-lookups via a pre-image. The white grid lines correspond to function values with integer real or imaginary part. All other complex numbers are mapped to different colors by their angle to the positive real axis, using four color spectra, one for each quadrant. By placing zeros and poles in a highly symmetric configuration, we deform the coordinate axes shown in black into heart shapes. The image was created digitally by a pixel-wise evaluation of the input function.

A polar quad tree on top of a Poincaré disk model of hyperbolic space. Done by my Master's student Hunter v. Geffen, it enables acceleration of dimensionality reduction into hyperbolic space #MathSky. Details: ms-math-computer.science/publications... Quote post with something that is a circle. 🔵

Poincaré disk model of the hyperbolic plane with a large set of somewhat clustered, light gray points. On top of this, a hierarchical structure that resembles a quad tree, but with circularly bent pieces. The hierarchy is almost everywhere sparse, except for a dense area in the east of the disk around a bold, red X-mark.
Susan Goldstine@sgoldstine.bsky.social · last mo.

Sure, I’ll play. Frieze Frame, a bead crochet piece I made quite a long time ago. 🧶 Quote post with something that is a circle. 🔵

Mondrian is great for doing some #MathArt. Here's our own take, which you can find in this paper (archive.bridgesmathart.org/2018/bridges...), taking Mondrian's paintings to the third dimension 🎲

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Erick Lee@theericklee.bsky.social · 2mo ago

A #MathArt project with my #calculus class! A "Riemondrian" art project inspired by @mathzorro.bsky.social. Students used a Riemann Sum to approximate the area under their curve. Then created additional blocks of color using custom color palettes (this one is "Moon Mist"). #ITeachMath #MathsToday

A geometric Desmos graph depicting a Riemann sum with a Piet Mondrian abstract art aesthetic. A thick, vibrant coral-pink cubic function curve waves smoothly from left to right across the square frame. The graph is filled with a grid of rectangular blocks using a "Moon Mist" ice cream color palette: grape purple, banana yellow, bubblegum blue, and crisp white. The colorful blocks form vertical columns bounded by clean, dark teal lines, abstractly representing the calculus area approximation underneath the pink curve.