#mathart is an active hashtag on Bluesky. In the last 30 days, 40 people shared 342 posts with it — around 11 a day. Activity is up 12% versus the previous week, peaking on Aug 25 with 22 posts.

Posts with #mathart

Jacob Joaquin

@jacobjoaquin.bsky.social

3 days ago

Untitled Ink on paper, 9"x9" #p5 #plotter #mathart

0 6 47

Elke Stangl (elkement)

@elkement.art

9 months ago

The final #ArtAdventCalendar post: My most involved artwork of 2025: 3D Lissajous Figures, constructed exactly from their 2D projections. Watercolor pencils on canvas. #SciArt #MathArt See the evolution of this painting step-by-step on my blog: elkement.art/2025/09/17/l... Happy Holidays!

Geometric watercolor pencils drawing on stretched canvas: Three overlapping Lissajous figures defined by combinations of sin(t), sin(2t), sin(3t), and a third “3D” view as an orthographic projection. The lines are used as a tesselation of the drawing surface and colored in the style of stained glass. The painting has been completed as has been varnished.

6 30 259

nat alison

@tesseralis.site

about 2 years ago

alright, mastodon seems to really like this so let's see how bsky feels: "Coprime Mandala" - all numbers relatively prime to n for each radius n #math #mathart #dataart

A circular graph of coprimes. Each radius n represents the numbers 0 to n - 1 arranged in a circle like a clock, with 0 at the top. A dot is filled in if the number is relatively prime to n (their greatest common denominator is 1). This yields a curved pattern of stripes that start from the bottom and folds up toward the 0 o'clock position. There are "missing" white bands at a half turn, at third-turns, and at quarter turns. The top half consists of nearly-vertical repeated patterns while the bottom half consist of almost-square "cells"

The same diagram as before with a voronoi triangulation, so instead of a dot at each number there is a cell that is shaded lighter the higher the gcd of it is with the band it's in. This leads to a skewed checkerboard pattern with stripes radiating on the outside.

6 60 225

Daniel Wilson

@helsig.bsky.social

about 10 hours ago

#MathArt

0 6 21

Susan Goldstine

@sgoldstine.bsky.social

over 1 year ago

#ShowMeYourKnits #mathart 🧵 After I broke into two-color brioche, I had a brainwave that I could do this really cool thing as a knit #cowl. It was two years before I finally made my first try, shown here. Explanation and photos to follow; keep an eye on main and background colors. 🌈 🧶 #knitsky

15 18 206

Daniel Wilson

@helsig.bsky.social

3 days ago

Coiled toroid. #AbstractArt #CodeArt #CreativeCoding #MathArt #SciArt

2 4 28

Daniel Wilson

@helsig.bsky.social

1 day ago

Flattened spherical waveform with coloring. #MathArt

A single line forms a curved grid with overlaps that are colored to create an interlaced pattern. A combination of sine and cosine functions plot a wave over a spherical surface which is "flattened" by reducing the scale and distance significantly when converting from 3D to 2D. Math art created with Excel and Krita.

0 4 18

Daniel Wilson

@helsig.bsky.social

4 days ago

Meandering Toroid #MathArt

Inspired by the math for a toroid. It is a closed loop. A single line that forms large and tiny coils. It is colored yellow and green with a bit of blue, on a pale yellow background. Created in Excel.

0 6 28

Elke Stangl (elkement)

@elkement.art

10 months ago

#ArtAdventCalendar Day 3 Poinsot's Gyroscope, 2025 Physics of the spinning top again - its motion visualized via these dancing cones! The yellow one is moving, and its axis is also the axis of the gyroscope. Axonometric projection, watercolor pencils #SciArt #MathArt #PhysicsArt

Mathematical art based on the physics of the gyroscope, using methods of descriptive geometry. Poinsot's construction - motion of a thin gyroscope visualized by looking at three cones that dance with each other. Watercolor pencil and watercolor markers on watercolor paper mounted on foam board. By elkement 2025.

4 19 162

Imbölt

@imbolt.com

5 days ago

Just playing with moving signals in Oscilloscopia, a puzzle game in development. #ScreenshotSaturday #indiegame #MathArt

0 10 27

Elke Stangl (elkement)

@elkement.art

7 months ago

I am using traditional descriptive geometry and watercolor pencils to turn functions used in physics into cathedrals from stained glass. #MathArt #SciArt

Collage of five geometrical drawings - colored in the style of stained glass with watercolor pencils. Orthographic projections of functions used in physics, constructed from their 2D projections: Cones related to the theory of the gyroscope, Lissajous Figures, spins and stereographic projection, a mathematical tower from a spherical harmonic function.

7 15 136

Fidel Destro

@fideldestro.bsky.social

1 day ago

Here it is running with 2048 bodies, clocking 100ms a frame in the editor, but total render time was 80ms per frame so 🤷‍♂️. I still haven't figured out how to implement my big optimization in Geometry Nodes, otherwise I could get maybe another 30%-40% #Blender #SciArt #MathArt #MotionGraphics