abstract mathematical art. 5 block pyramids forming a star like shape in green orange and yellow.
#tiling of 5 #pyramids.
#geometry #mathsart #mathart #isometric #art
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Hashtag
#mathsart
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Abstract mathematical art. Mandala like pattern.
Tiling of 320 equilateral shapes.
#Tiling #MathArt #MathsArt #Geometry
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A network diagram showing the orbits of numbers with starting values between 1-250, and path lengths of at least 10. Six cycles have been identified, and coloured.
My first attempt at a #DiscreteDynamicalSystem
Take a number, n
If (n-1) is prime then map n -> n^2
If (n-1) is composite then map n-> Aliquot sum of (n-1)
Numbers 1-19 all end in a cycle. I am not sure about 20.
eg. 6 -> 36 -> 13 -> 16 -> 9 -> 7 -> 6.
#mathsky
#recreationalmaths
#mathsart
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Geometric shape with circular curves bounding regions of solid color - red on the outside, then yellow, green, cyan, blue, and magenta going inward, with the red being the background, the yellow a circle, and the other colored regions being bow shapes inside the circle with their concave sides up
Polar Abstract
Geometric artwork I made by repeatedly mapping colored regions to polar coordinates.
#Art #GIMP #Abstract #AbstractArt #Geometric #GeometricArt #Enacore #Webcore #Digital #DigitalArt #Math #Maths #MathArt #MathsArt #Mathematical #MathematicalArt #Minimal #Minimalism #AvantGarde
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Grid of neon-colored suckers with diagonals of red, yellow, green, cyan, blue, and magenta; suckers have a plasma-like texture and appear to glow
Neon Suckers
Generative art made in Processing.
#Generative #GenerativeArt #GenArtClub #CreativeCoding #Processing #Abstract #AbstractArt #Geometric #GeometricArt #MathArt #MathsArt #Mathematical #MathematicalArt #Digital #DigitalArt #Psychedelic #Psychedelia #Art #Artwork #Artist
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It's been a while. #DigitalArt Mandala using @amaziographapp #MathsArt #GeometryArt #Mindfulness #ArtTherapy
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#GenerativeArt #p5js #Cubes #CreativeCoding #DigitalZen #VisualMeditation #Cubism #GeometricArt #ColourHarmony #Green #MathsArt #blueprints
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Nombres entiers enroulés sur une spirale carrée de 1 à 1000. En blanc les nombres premiers. En rouge la progression n^2-n+41.
Spirale d'Ulam pour environ 63 000 entiers.
Triangle de Klauber pour les entiers de 1 à 100. La rangée n comporte les nombres de (n-1)²+1 à n²
Triangle de Klauber pour envirion 100 rangées
Sous un #R de ciel étoilé & fascinant avec la spirale d'Ulam (1963) & le triangle de Klauber (1932) représentant les nombres premiers : spirale ou triangle.
J'ai marqué en rouge le joli motif (diagonale ou ligne selon le dessin) de la progression n^2-n+41 (Euler) #mathsArt
bit.ly/3KM9oHM
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Figure 1. The 30-gon with its diagonals. There are 16801 in- terior intersection points: 13800 two line intersections, 2250 three line intersections, 420 four line intersections, 180 five line intersec- tions, 120 six line intersections, 30 seven line intersections, and 1 fifteen line intersection.
For any polygon, the maximum number of diagonals that can intersect at a point (that is not the centre) is 7.
#mathsart
#mathsky
Possibly my fact for episode 7 of #Un-NaturalNumbers
math.mit.edu/~poonen/pape...
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Rainbow-colored 2D fractal that starts with a square and make square holes in the edges like a puzzle piece, then makes square holes on the edges of those square holes, etc. The entire thing has a crystalline shape. Background is black with stylized stars created from plus and dot characters with randomized colors.
Orthogonal Snowflake
Fractal I made in Processing.
#Fractal #Fractals #FractalArt #Geometry #Geometric #GeometricArt #Abstract #AbstractArt #Digital #DigitalArt #Rainbow #Rainbowcore #ASCII #ANSI #Space #SpaceArt #Math #Maths #MathArt #MathsArt #Mathematics #Mathematical #MathematicalArt #Art
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Abstract Mathematical Art. Hexagon in orange, green and yellow.
#TilingTuesday - #Hexagon decomposed into 288 kites.
#Geometry #MathArt #MathsArt #Tiling
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Beaded Archimedean Solids made of colourful beads on a grey background.
Beaded Archimedean Solids!!!
I had lots of fun over the past two weeks making these for the pigeonholes at the TMiP conference.
[Each n-regular graph has an n-colouring and there's a pair of colours on each one which form a Hamiltonian cycle.]
#TMiP25 #MathsArt #MathArt #Polyhedra
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Abstract mathematical art. Spirally star in green blue and yellow - with 6 orange stars.
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Abstract mathematical art. Tiling of equlateral polygons. There are yellow stars, and bands forming a repeating grid in red, green, and yellow.
#TilingTuesday snaking nonagons on a starry sky.
#Geometry #Tiling #MathArt #MathsArt
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Stunning exhibition of woven banners inspired by change ringing at St Mary's Cathedral, Palmerston Place, Edinburgh.
#mathart #mathsart #textileart #changeringing
www.cathedral.net/event-detail...
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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#MathsToday we had a go at creating mandala designs with y9s. Some really terrific designs. #MathsArt #GeometryArt
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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A knight's tour of a 32x32 chessboard. The knight's path is unicursal. If you start in the lower left corner and follow the path move by move, you will visit each square once and only once and end near the lower right corner. Inspiration: Szpakowski's linear ideas. #mathart #mathsart #orms #chess
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