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Contents

   



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1 Background  





2 Contents  





3 Audience and reception  





4 Related reading  





5 References  





6 External links  














Lumen Naturae







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From Wikipedia, the free encyclopedia
 


Lumen Naturae: Visions of the Abstract in Art and Mathematics is a book on connections between contemporary art, on the one hand, and mathematics and theoretical physics, on the other. It is written by Matilde Marcolli, and published by the MIT Press in 2020.

Background[edit]

The author, Matilde Marcolli, is an Italian mathematical physicist who describes herself as having grown up "among art critics and art historians." The book had its origin in public lectures given by Marcolli, at a bookshop near the California Institute of Technology, where she works as a professor.[1] It aims "to explain modern science to the artists and to enlighten the art for scientists".[2]

Contents[edit]

Lumen Naturae overviews many recent developments in mathematics, physics, and art, finding in many cases "fluid analogies" rather than more direct correspondences.[1] Reproductions of nearly 250 artworks are included,[3][4] together with the author's interpretation of these works and their connections to the scientific topics she discusses. The book's focus is on these works themselves, and not on the lives of the artists who created them.[2]

After an introductory chapter, Lumen Naturae is organized into ten topic-specific chapters:[2][4][5]

Audience and reception[edit]

Stephan Ramon Garcia describes Lumen Naturae as difficult to categorize: "too mathematical to be an art book or a popular-science book" but going "too deeply into art, particularly modern and contemporary art, to be a mathematical book".[4] Its intended audience is "scientifically minded people", and it includes technical material about advanced geometry, probability theory, quantum theory, relativity theory, and the like.[3] Readers are encouraged to read what they can, and skip the rest;[1] reviewer Victor Pambuccian writes that it is "likely to have something very unexpected to say to any reader, regardless of expertise",[6] and Garcia calls it "ideal for someone with a basic knowledge of art, art history, physics, philosophy, and/or mathematics".[4]

Reviewer Paul Campbell praises Lumen Naturae as "extraordinary, fascinating, and astonishing", particularly calling out the wide breadth of topics that it covers, and the many references to art and art theory that it provides for greater depth of coverage of its topics.[3] Pambuccian calls it "the most comprehensive study of the relations between the visual arts and mathematics ever written".[6]

Lumen Naturae won the 2021 PROSE Award for Mathematics.[7]

Related reading[edit]

Lumen Naturae is not the only book highlighting the connections between mathematics and art. Reviewer Paul McRae suggests as additional examples The Fourth Dimension and Non-Euclidean Geometry in Modern ArtbyLinda Dalrymple Henderson (1983), and Mathematics + Art: A Cultural HistorybyLynn Gamwell (2016).[5]

References[edit]

  1. ^ a b c d Saunders, Peter (2021), "Reviews: Lumen Naturae" (PDF), Newsletter of the London Mathematical Society, 2021 (492): 43–44, Zbl 1478.00014
  • ^ a b c d e f g h i j Bultheel, Adhemar (August 31, 2020), Review of Lumen Naturae, European Mathematical Society
  • ^ a b c Campbell, Paul J. (January 2021), "Reviews", Mathematics Magazine, 94 (1): 79–80, doi:10.1080/0025570x.2021.1850138, Zbl 1464.00005
  • ^ a b c d Garcia, Stephan Ramon (September 2021), "AMS Bookshelf" (PDF), Notices of the American Mathematical Society, 68 (8): 1348
  • ^ a b McRae, Alan S., "Review of Lumen Naturae", MathSciNet, MR 4233978
  • ^ a b c d Pambuccian, Victor V., "Review of Lumen Naturae", zbMATH, Zbl 1460.00030
  • ^ "2021 award winners", PROSE Awards, Association of American Publishers, retrieved 2022-12-19
  • External links[edit]

    Concepts

  • Catenary
  • Fractal
  • Golden ratio
  • Hyperboloid structure
  • Minimal surface
  • Paraboloid
  • Perspective
  • Plastic ratio
  • Projective geometry
  • Proportion
  • Symmetry
  • Tessellation
  • Wallpaper group
  • Fibonacci word: detail of artwork by Samuel Monnier, 2009

    Forms

  • Anamorphic art
  • Architecture
  • Computer art
  • Fiber arts
  • 4D art
  • Fractal art
  • Islamic geometric patterns
  • Knotting
  • Music
  • Origami
  • Sculpture
  • String art
  • Tiling
  • Artworks

  • Continuum
  • Mathemalchemy
  • Mathematica: A World of Numbers... and Beyond
  • Octacube
  • Pi
  • Pi in the Sky
  • Buildings

  • Hagia Sophia
  • Pantheon
  • Parthenon
  • Pyramid of Khufu
  • Sagrada Família
  • Sydney Opera House
  • Taj Mahal
  • Artists

    Renaissance

  • Piero della Francesca
  • Leonardo da Vinci
  • Albrecht Dürer
  • Parmigianino
  • 19th–20th
    Century

  • Newton
  • Jean Metzinger
  • Giorgio de Chirico
  • Man Ray
  • M. C. Escher
  • René Magritte
  • Salvador Dalí
  • Crockett Johnson
  • Contemporary

  • Martin and Erik Demaine
  • Scott Draves
  • Jan Dibbets
  • John Ernest
  • Helaman Ferguson
  • Peter Forakis
  • Susan Goldstine
  • Bathsheba Grossman
  • George W. Hart
  • Desmond Paul Henry
  • Anthony Hill
  • Charles Jencks
  • Andy Lomas
  • Robert Longhurst
  • Jeanette McLeod
  • Hamid Naderi Yeganeh
  • István Orosz
  • Hinke Osinga
  • Antoine Pevsner
  • Tony Robbin
  • Alba Rojo Cama
  • Reza Sarhangi
  • Oliver Sin
  • Hiroshi Sugimoto
  • Daina Taimiņa
  • Roman Verostko
  • Margaret Wertheim
  • Theorists

    Ancient

  • Vitruvius
  • Renaissance

  • Leon Battista Alberti
  • Piero della Francesca
  • Luca Pacioli
  • Leonardo da Vinci
  • Albrecht Dürer
    • Vier Bücher von Menschlicher Proportion
  • Sebastiano Serlio
    • Regole generali d'architettura
  • Andrea Palladio
  • Romantic

  • Frederik Macody Lund
    • Ad Quadratum
  • Jay Hambidge
    • The Greek Vase
  • Modern

  • Ernest Hanbury Hankin
    • The Drawing of Geometric Patterns in Saracenic Art
  • G. H. Hardy
  • George David Birkhoff
    • Aesthetic Measure
  • Douglas Hofstadter
  • Nikos Salingaros
    • The 'Life' of a Carpet
  • Publications

  • Lumen Naturae
  • Making Mathematics with Needlework
  • Rhythm of Structure
  • Viewpoints: Mathematical Perspective and Fractal Geometry in Art
  • Organizations

  • The Bridges Organization
  • European Society for Mathematics and the Arts
  • Goudreau Museum of Mathematics in Art and Science
  • Institute For Figuring
  • Mathemalchemy
  • National Museum of Mathematics
  • Related

  • Mathematical beauty
  • Patterns in nature
  • Sacred geometry

  • Retrieved from "https://en.wikipedia.org/w/index.php?title=Lumen_Naturae&oldid=1155730256"

    Categories: 
    Popular mathematics books
    Popular physics books
    2020 non-fiction books
    Books about the visual arts
     



    This page was last edited on 19 May 2023, at 12:59 (UTC).

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