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#mathsart — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #mathsart, aggregated by home.social.

  1. Julia Doubly Mapped

    A while ago I made a fractal that consisted of basically generating a Julia set and using Fractal Trace to map it to the Mandelbrot set. In this one I took the same image and mapped it again, so there's more complexity to the shapes and colors.

  2. Julia Doubly Mapped

    A while ago I made a fractal that consisted of basically generating a Julia set and using Fractal Trace to map it to the Mandelbrot set. In this one I took the same image and mapped it again, so there's more complexity to the shapes and colors.

    #Fractal #Fractals #FractalArt #FridayFractals #Abstract #AbstractArt #Math #Maths #Mathematical #MathArt #MathsArt #MathematicalArt #Geometric #GeometricArt #GIMP #Complexity #DigitalArt #Art #Artwork #MastoArt #ArtistOnMastodon

  3. Julia Doubly Mapped

    A while ago I made a fractal that consisted of basically generating a Julia set and using Fractal Trace to map it to the Mandelbrot set. In this one I took the same image and mapped it again, so there's more complexity to the shapes and colors.

    #Fractal #Fractals #FractalArt #FridayFractals #Abstract #AbstractArt #Math #Maths #Mathematical #MathArt #MathsArt #MathematicalArt #Geometric #GeometricArt #GIMP #Complexity #DigitalArt #Art #Artwork #MastoArt #ArtistOnMastodon

  4. Julia Doubly Mapped

    A while ago I made a fractal that consisted of basically generating a Julia set and using Fractal Trace to map it to the Mandelbrot set. In this one I took the same image and mapped it again, so there's more complexity to the shapes and colors.

    #Fractal #Fractals #FractalArt #FridayFractals #Abstract #AbstractArt #Math #Maths #Mathematical #MathArt #MathsArt #MathematicalArt #Geometric #GeometricArt #GIMP #Complexity #DigitalArt #Art #Artwork #MastoArt #ArtistOnMastodon

  5. Julia Doubly Mapped

    A while ago I made a fractal that consisted of basically generating a Julia set and using Fractal Trace to map it to the Mandelbrot set. In this one I took the same image and mapped it again, so there's more complexity to the shapes and colors.

    #Fractal #Fractals #FractalArt #FridayFractals #Abstract #AbstractArt #Math #Maths #Mathematical #MathArt #MathsArt #MathematicalArt #Geometric #GeometricArt #GIMP #Complexity #DigitalArt #Art #Artwork #MastoArt #ArtistOnMastodon

  6. (1/?)

    Some bead lace based on a pattern of dodecagons.

    I have made bead lace before by crocheting through beads, but this piece was done with beading needles.

    #beading #mathart #mathsart #tiling

  7. (1/?)

    Some bead lace based on a pattern of dodecagons.

    I have made bead lace before by crocheting through beads, but this piece was done with beading needles.

    #beading #mathart #mathsart #tiling

  8. (1/?)

    Some bead lace based on a pattern of dodecagons.

    I have made bead lace before by crocheting through beads, but this piece was done with beading needles.

    #beading #mathart #mathsart #tiling

  9. (1/?)

    Some bead lace based on a pattern of dodecagons.

    I have made bead lace before by crocheting through beads, but this piece was done with beading needles.

    #beading #mathart #mathsart #tiling

  10. (1/?)

    Some bead lace based on a pattern of dodecagons.

    I have made bead lace before by crocheting through beads, but this piece was done with beading needles.

    #beading #mathart #mathsart #tiling

  11. Perfect fit of Dodecahedra and Icosiododecahedra.

    Testing latest Hedron beta.

    #Geometry #MathArt #MathsArt #3d #Art #Hedron

  12. #TilingTuesday I found 2 triangles, but not the ones I was looking for. Tiling of truncated icosahedrons and dodecagons.

    #Geometry #MathArt #MathsArt #3d #Hedron

  13. Tangled flowers.
    I made a closed loop of 16 alternating Icosahedra and Octahedra. 5 of these can share an icosahedra (cream) to make a flower. This tangle is made by two of these sharing a loop (blue).

    #Geometry #MathArt #MathsArt #3D #Hedron

  14. Tiling of invisible cube-octahedra, blue truncated octahedra and fading golden truncated tetrahedra.

    #MathArt #3D #Hedron #MathsArt #Geometry

  15. #TilingTuesday Truncated dodecahedron from double rhombic prisms.

    The faces are actually a rhombic decomposition of the decagonal sides of the truncated dodecahedron.

    #Tiling #Hedron #Geometry #MathArt #MathsArt #3d #PerfectLoop

  16. Dodecahedral bouquet of flowers for your Sunday enjoyment.

    265 equilateral polyhedra tiled face to face.

    #Hedron #Flower #3D #MathArt #MathsArt #Polyhedron #Tiling #Loop

  17. 6 green and 8 blue equilateral polyhedra tiled face to face. The cross-section of the green units are octagons, and of the blue units hexagons.

    I added some #beats for this one.

    #Soundon #Hedron #Geometry #3D #MathArt #MathsArt

  18. Truncated cube, tetrahedra, and triangular prisms.

    I made some sound for this one.

    #soundon #hedron #tiling #mathsart #geometry #music

  19. Intersecting cube grids. The grids meet at invisible rhombicuboctahedra. I wrote some a looping space music for this one.

    #Geometry #Grid #Cube #Hedron #MathArt #MathsArt #MastoMusic

  20. It's #TilingTuesday - Dragon rosette. Consists of 253 equilateral shapes tiled edge to edge without any gaps. It has 12 pentagons and a needle thin hexa star.

    #Tiling #MathArt #Geometry #Pentagons #MathsArt #MastoArt

  21. It's #TilingTuesday - Dragon rosette. Consists of 253 equilateral shapes tiled edge to edge without any gaps. It has 12 pentagons and a needle thin hexa star.

    #Tiling #MathArt #Geometry #Pentagons #MathsArt #MastoArt

  22. It's #TilingTuesday - Dragon rosette. Consists of 253 equilateral shapes tiled edge to edge without any gaps. It has 12 pentagons and a needle thin hexa star.

    #Tiling #MathArt #Geometry #Pentagons #MathsArt #MastoArt

  23. It's #TilingTuesday - Dragon rosette. Consists of 253 equilateral shapes tiled edge to edge without any gaps. It has 12 pentagons and a needle thin hexa star.

    #Tiling #MathArt #Geometry #Pentagons #MathsArt #MastoArt

  24. It's #TilingTuesday - Dragon rosette. Consists of 253 equilateral shapes tiled edge to edge without any gaps. It has 12 pentagons and a needle thin hexa star.

    #Tiling #MathArt #Geometry #Pentagons #MathsArt #MastoArt

  25. Exploding dodecahedron. Made from 3 kinds of equilateral polyhedra tiled by matching faces.

    #mathart #mathsart #hedron #geometry

  26. A similar construction as the previous post, but making an icosahedron. Here, I made 10 bent rhombic windows so you can look inside.

    #MathArt #Geometry #MathsArt #Hedron

    mathstodon.xyz/@ngons/11202119

  27. Colouring the shape in my previous post differently to highlight that it can be seen as six intersecting great decagons. (mathstodon.xyz/@ngons/11202119)

    #mathart #mathsart #geometry #hedron

  28. (1/?) Patterned Penrose Pentagon thread

    I submitted this picture to the 2021 JMM Art Exhibition with the following description:

    ‘This year, Sir Roger Penrose won a Nobel Prize in physics for his work involving black holes. This piece is intended to be a general celebration of his work.

    It consists of an impossible shape referred to as the Penrose Pentagon, which appears to be patterned with an Penrose rhombus tiling. In actuality, the tiling has been done over a large area, but is only visible through the strategically-aligned impossible shape, with shading providing the illusion of depth.

    Last year the “shadow” of black hole at the center of galaxy M87 was “photographed” using the Event Horizon Telescope. Strangely enough, one can almost see a pentagon there. I have used a similar colour palette to tint this pentagon.’

    #mathart #mathsart #pentagons #PenroseTiling #tiling #tilings

  29. (1/?) Patterned Penrose Pentagon thread

    I submitted this picture to the 2021 JMM Art Exhibition with the following description:

    ‘This year, Sir Roger Penrose won a Nobel Prize in physics for his work involving black holes. This piece is intended to be a general celebration of his work.

    It consists of an impossible shape referred to as the Penrose Pentagon, which appears to be patterned with an Penrose rhombus tiling. In actuality, the tiling has been done over a large area, but is only visible through the strategically-aligned impossible shape, with shading providing the illusion of depth.

    Last year the “shadow” of black hole at the center of galaxy M87 was “photographed” using the Event Horizon Telescope. Strangely enough, one can almost see a pentagon there. I have used a similar colour palette to tint this pentagon.’

    #mathart #mathsart #pentagons #PenroseTiling #tiling #tilings

  30. (1/?) Patterned Penrose Pentagon thread

    I submitted this picture to the 2021 JMM Art Exhibition with the following description:

    ‘This year, Sir Roger Penrose won a Nobel Prize in physics for his work involving black holes. This piece is intended to be a general celebration of his work.

    It consists of an impossible shape referred to as the Penrose Pentagon, which appears to be patterned with an Penrose rhombus tiling. In actuality, the tiling has been done over a large area, but is only visible through the strategically-aligned impossible shape, with shading providing the illusion of depth.

    Last year the “shadow” of black hole at the center of galaxy M87 was “photographed” using the Event Horizon Telescope. Strangely enough, one can almost see a pentagon there. I have used a similar colour palette to tint this pentagon.’

    #mathart #mathsart #pentagons #PenroseTiling #tiling #tilings

  31. (1/?) Patterned Penrose Pentagon thread

    I submitted this picture to the 2021 JMM Art Exhibition with the following description:

    ‘This year, Sir Roger Penrose won a Nobel Prize in physics for his work involving black holes. This piece is intended to be a general celebration of his work.

    It consists of an impossible shape referred to as the Penrose Pentagon, which appears to be patterned with an Penrose rhombus tiling. In actuality, the tiling has been done over a large area, but is only visible through the strategically-aligned impossible shape, with shading providing the illusion of depth.

    Last year the “shadow” of black hole at the center of galaxy M87 was “photographed” using the Event Horizon Telescope. Strangely enough, one can almost see a pentagon there. I have used a similar colour palette to tint this pentagon.’

    #mathart #mathsart #pentagons #PenroseTiling #tiling #tilings

  32. (1/?) Patterned Penrose Pentagon thread

    I submitted this picture to the 2021 JMM Art Exhibition with the following description:

    ‘This year, Sir Roger Penrose won a Nobel Prize in physics for his work involving black holes. This piece is intended to be a general celebration of his work.

    It consists of an impossible shape referred to as the Penrose Pentagon, which appears to be patterned with an Penrose rhombus tiling. In actuality, the tiling has been done over a large area, but is only visible through the strategically-aligned impossible shape, with shading providing the illusion of depth.

    Last year the “shadow” of black hole at the center of galaxy M87 was “photographed” using the Event Horizon Telescope. Strangely enough, one can almost see a pentagon there. I have used a similar colour palette to tint this pentagon.’

    #mathart #mathsart #pentagons #PenroseTiling #tiling #tilings