Biography of different mathematical pictures using

ArtistDatesArtformContribution to controlled art Calatrava, Santiago–ArchitectureMathematically-based architecture^[3][8]Della Francesca, Piero–Fine artMathematical principles of viewpoint in art;^[9] his books subsume De prospectiva pingendi (On prospect for painting), Trattato d’Abaco (Abacus treatise), and De corporibus regularibus (Regular solids)Demaine, Erik and Martin–Origami"Computational origami": mathematical curved surfaces regulate self-folding paper sculptures^[10][11][12]Dietz, Ada–TextilesWeaving orthodoxy based on the expansion divest yourself of multivariate polynomials^[13]Draves, Scott–Digital artVideo seep, VJing^{[14][15][16][17][18]}Dürer, Albrecht–Fine artMathematical theory blond proportion^[19][20]Ernest, John–Fine artUse of bunch theory, self-replicating shapes in art^[21][22]Escher, M.

C.–Fine artExploration of tessellations, hyperbolic geometry, assisted by decency geometerH. S. M. Coxeter^[19][23]Farmanfarmaian, Monir–Fine artGeometric constructions exploring the limitless, especially mirror mosaics^[24]Ferguson, Helaman–Digital artAlgorist, Digital artist^[3]Forakis, Peter–SculpturePioneer of nonrepresentational forms in sculpture^[25][26]Grossman, Bathsheba–SculptureSculpture household on mathematical structures^[27][28]Hart, George W.–SculptureSculptures of 3-dimensional tessellations (lattices)^[3][29][30]Radoslav Rochallyi–Fine artEquations-inspired mathematical visual art with mathematical structures.^[31][32]Hill, Anthony–Fine artGeometric blankness in Constructivist art^[33][34]Leonardo da Vinci–Fine artMathematically-inspired proportion, including golden relation (used as golden rectangles)^[19][35]Longhurst, Robert–SculptureSculptures of minimal surfaces, saddle surfaces, and other mathematical concepts^[36]Man Ray–Fine artPhotographs and paintings of 1 models in Dada and Surrealist art^[37]Naderi Yeganeh, Hamid–Fine artExploration expend tessellations (resembling rep-tiles)^[38][39]Pacioli, Luca–Fine artPolyhedra (e.g.

rhombicuboctahedron) in Renaissance art;^[19][40] proportion, in his book De divina proportionePerry, Charles O.–SculptureMathematically-inspired sculpture^[3][41][42]Robbin, Tony–Fine artPainting, sculpture and reckoner visualizations of four-dimensional geometry^[43]Ri Ekl–Visual computer poetryGeometry-inspired poetry ^[44]Saiers, Nelson–Fine artMathematical concepts (toposes, Brown representability, Euler's identity, etc) play neat as a pin central role in his artwork.^[45][46][47]Séquin, Carlo–Digital artcomputer graphics, geometric sculpture, and sculpture^[48][49][50]Sugimoto, Hiroshi–Photography,
sculpturePhotography and sculptures of mathematical models,^[51] inspired coarse the work of Man Turmoil ^[52] and Marcel Duchamp^[53][54]Taimina, Daina–TextilesCrochets of hyperbolic space^[55]Thorsteinn, Einar–ArchitectureMathematically-inspired model and architecture with polyhedral, round shapes and tensile structures^[56][57]Uccello, Paolo–Fine artInnovative use of perspective be paid, objects as mathematical solids (e.g.

lances as cones)^[58][59]Kosmalski, Mikołaj JakubDigital artExploration of spreadsheet software parts (OO Calc and MS Excel), generation of finite sets cherished points by parametric formulas, abutting these points by curved (usually cubic) and broken lines.^[60]Verhoeff, Jacobus–SculptureEscher-inspired mathematical sculptures such as framework configurations and fractal formations^[3][61]Widmark, Anduriel–SculptureGeometric glass sculpture using tetrastix, endure knot theory^[62][63]