Frieder Nake

Basic Info

Name: Frieder Nake
Country of Origin: DE

Description

Frieder Nake: Pioneer of Algorithmic Art

Frieder Nake, born in 1938 in Stuttgart, Germany, is a mathematician and one of the founding figures of digital computer art. His career has spanned more than six decades, bridging mathematics, computer science, and art through both creative practice and theoretical inquiry.
Academic Career

After earning his Ph.D. in probability theory from the University of Stuttgart in 1967, Nake became a professor of computer science at the University of Bremen in 1972, where he has remained for over five decades. His teaching and research encompass computer graphics, digital media, interactive systems design, computational semiotics, and the general theory of computing. From 2005 to 2019, he also taught at the University of the Arts Bremen, continuing to bridge technology and creative practice. He currently serves as head of the compArt: Center of Excellence Digital Art, a project he helped launch in 1999 that has reinvigorated his role as theoretician, writer, creator, and teacher in the domain of digital art.

Artistic Practice and Philosophy:
Nake’s journey into computer art began in 1963, at age 24, when he was invited by his professor to write software for a new drawing machine arriving at the University of Stuttgart. Rather than creating images by hand, Nake approached art through systems and algorithms, using the machine to generate precise visual patterns from mathematical instructions. Between 1963 and 1969, he produced hundreds of works using points, lines, and geometric forms, each shaped by evolving code that progressed from machine language through Fortran, Algol, and eventually PL/I.

His creative evolution can be traced through distinct program collections: compArt ER56 (1963-65), Walk-through-raster (1966), Matrix multiplication (1967/68), and Generative aesthetics I (1968/69). His early work was significantly influenced by Max Bense’s Information Aesthetics, which provided a theoretical framework for understanding algorithmic creativity.

At the heart of Nake’s practice is the understanding that computers operate as symbolic processors—they manipulate data and symbols but do not assign meaning independently. The creative act, therefore, resides entirely with the artist, who designs the algorithm and interprets its results. As art historian Grant D. Taylor has noted, Nake’s computer-based methods “break with the traditional process of building an image from visual structures, because the input data is merely computing operands.”

Nake himself has articulated the essential paradox of algorithmic art: “Every individual piece of algorithmic art is no more than only one instance of the potentially infinitely many from the class of works defined by the algorithm. The tragedy is that the algorithm itself does not often show visual qualities. Its qualities are the potential to generate visual works. But each of its visual products is a shadow only of the algorithm” (2010). He has described how “the individual human subject simply did not exist anymore, once he or she had set the boundary conditions for the image to be computed,” while acknowledging that his computer art remained somewhat “traditional” in that it “resulted in paper work to be put up on the walls of a gallery.”

His philosophy emphasizes conceptual thinking over manual execution, encouraging artists to prioritize imagination in guiding algorithmic systems. His work explores the productive tension between structured logic and emergent visual complexity, opening new pathways for understanding how technology shapes and reflects artistic expression. Yet as Nake himself noted: “The drawings were not very exciting. But the ‘principle’ was!”

Exhibition History and Recognition:
Nake’s first solo exhibition, Computer-Grafik Programme, took place in November 1965 at Galerie Wendelin Niedlich in Stuttgart—one of the earliest public showcases of algorithmic art anywhere in the world. Alongside contemporaries Georg Nees and A. Michael Noll, he is widely recognized as a founding figure in computer-generated art. His work was subsequently featured in landmark exhibitions including Cybernetic Serendipity (1968), where he also published “Notes on the Programming of Computer Graphics,” and the Venice Biennale (1970). He has been represented at all major international exhibitions of computer art throughout his career.

Political Hiatus and Return:
In 1971, Nake made the striking decision to cease producing computer art, publishing a provocative note titled “There should be no computer art” in page, the Bulletin of the Computer Arts Society. His reasons were primarily political: he could not reconcile actively contributing to computer art while simultaneously being a political activist against capitalism. This hiatus lasted until the mid-1980s, when the breakdown of the radical left movement prompted him to resume writing about computer art. His full return to creative practice came with the launch of the compArt project in 1999, marking a renewed engagement with his foundational work in the field.

Legacy and Collections:
Today, Nake’s art is held in prominent museum collections across Europe, North America, and Asia, testament to his lasting influence on the development of digital art. His extensive publications span all his areas of research, with particular emphasis on computer-generated images and the theoretical foundations of digital creativity. His work continues to serve as a crucial historical and conceptual reference point for understanding the origins and evolution of algorithmic and computational art.​​​​​​​​​​​​​​​​

The art historian Grant D. Taylor has argued that Nake’s computer-based methods ‘break with the traditional process of building an image from visual structures, because the input data is merely computing operands’ (Grant D. Taylor, When the Machine Made Art, London 2014, p.78). Nake has gone further, arguing that in computer art, ‘The individual human subject simply did not exist anymore, once he or she had set the boundary conditions for the image to be computed’. Nonetheless, in the same text he also acknowledged that his computer art remained somewhat ‘traditional’, since it ‘resulted in paper work to be put up on the walls of a gallery’ (Nake 2010, p.62).

Further Reading:
Frieder Nake, ‘Notes on the Programming of Computer Graphics’, in Jasia Reichardt (ed.), Cybernetic Serendipity: The Computer and the Arts, Studio International Special Issue, London 1968, pp.77–8.
Frank Dietrich, ‘Visual Intelligence: The First Decade of Computer Art (1965–1975)’, Leonardo, vol.19, no.2, 1986, pp.159–69.
Frieder Nake, ‘Paragraphs on Computer Art, Past and Present’, Cat 2010: Ideas before Their Time: Connecting the Past and Present in Computer Art, Swinton 2010, pp.55–63.

Explore Artworks By Frieder Nake

Space

signed, titled, and numbered on accompanying label German to English translation of the label: Jab Carpets – International Timeless Exclusive Piece Number: 066/307 Raw Material Content: New Wool Technique: Woven Weave label is stamped with Tested Wool Seal Quality, Wool Seal Association e.V. description of the artwork is courtesy of Heike Werner Gallery: “this is […]

Walk-Through-Raster Serie 7.3-1

signed lower right in graphite numbered 9/100 lower left in graphite this serigraph is created after the original plotter drawing of the same name: Walk-Through-Raster Series 7.3-1

16 4 66 Portfolio

A portfolio of sixteen artists, writers, typographers, photographers, computer graphic designers, painters, sculptors, and musicians with four serigraph or letterpress works by each artist – based on an idea by Klaus Burkhardt. Accompanied by the rare serigraph poster for the eponymous exhibition at the Hansjörg Mayer Gallery in Stuttgart, from October 21 – November 30, […]

Walk Through Raster Series 7.3.3-1

signed, titled, and dated on the reverse in graphite hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat […]

Walk Through Raster Series 7.3.3-2

signed, titled, and dated on the reverse in graphite hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat […]

Walk Through Raster Series 7.3.3-4

signed, titled, and dated on the reverse in graphite hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat […]

Walk Through Raster Series 7.3.3-3

signed, titled, and dated on the reverse in graphite hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat […]

Matrizenmultiplikation (Matrix Multiplication)

a portfolio of twelve plotter drawings, one colophon page, and one computer code print out in a custom made quad-fold portfolio each drawing is signed, titled, and dated in machine ink each drawing is signed, titled, and dated in graphite on the reverse of the paper printed and published by Hansjörg Mayer hardware: Telefunken-Rechner 4 […]

Untitled (from the 16 4 66 Portfolio)

signed lower right in graphite numbered 20/XL, 77/150, and 91/150 lower left in graphite printed by Edition Domberger, Stuttgart, DE image dimensions: variable folded sheet dimension: 18 x 13.25″ unfolded sheet dimension: 18 x 26.5″ from the 16 4 66 Portfolio of serigraphs and letterpress prints with artist’s text sheets by 16 various artists including: […]

Hommage to Kazimir Malevich No. 7

artist’s name, title, and edition information printed below the image signed, dated, and numbered on accompanying certificate of authenticity paper: Fujufilm semi-matt 190 g inkjet paper, edition: 40 unique copies + 4 artist proofs On large screens we see dynamic images generated by the program at the moment of their appearance. The picture “happens” endlessly […]

Hommage to Kazimir Malevich No. 8

artist’s name, title, and edition information printed below the image signed, dated, and numbered on accompanying certificate of authenticity paper: Fujufilm semi-matt 190 g inkjet paper, edition: 40 unique copies + 4 artist proofs On large screens we see dynamic images generated by the program at the moment of their appearance. The picture “happens” endlessly […]

Untitled (Circles and Lines)

artist’s name, computer identifier, and plotter identifier printed lower right   hardware: Standard Elektrik Lorenz ER56 software: COMPART ER65 plotter: Zuse Graphomat Z64

Hommage à Paul Klee

a serigraph after an original unique plotter drawing of the same title artist’s name, computer identifier, and plotter identifier printed lower left hardware: Standard Elektrik Lorenz ER56 software: COMPART ER65 software output machine: Zuse Graphomat Z64 This screenprint was created from a plotter drawing produced using a computer program, or algorithm, written by the artist […]

Hommage à Paul Klee

a serigraph after an original unique plotter drawing of the same title artist’s name, computer identifier, and plotter identifier printed lower left hardware: Standard Elektrik Lorenz ER56 software: COMPART ER65 software output machine: Zuse Graphomat Z64 This screenprint was created from a plotter drawing produced using a computer program, or algorithm, written by the artist […]

Markovketten 35 (Markov Chains)

signed and titled lower left print no. 35 of 40 from a series of unique works created from the program Walk through Raster II, originally created in 1966 by Nake and revamped in 2004. Since the Etzold Collection contains a bundle of early computer art from the 1960s and 1970s, the request for loans for […]

Markovketten 34 (Markov Chains)

signed and titled lower left print no. 34 of 40 from a series of unique works created from the program Walk through Raster II, originally created in 1966 by Nake and revamped in 2004. Since the Etzold Collection contains a bundle of early computer art from the 1960s and 1970s, the request for loans for […]

Markovketten 29 (Markov Chains)

signed and titled lower left print no. 29 of 40 from a series of unique works created from the program Walk through Raster II, originally created in 1966 by Nake and revamped in 2004. Since the Etzold Collection contains a bundle of early computer art from the 1960s and 1970s, the request for loans for […]

Hommage à Paul Klee, 13/9/65 Nr. 2 (Homage to Paul Klee)

artist’s name, computer identifier, and plotter identifier printed lower left hardware: Standard Elektrik Lorenz ER56 software: COMPART ER65 software output machine: Zuse Graphomat Z64 Description of the artwork is courtesy of Technische Hochschule, Stuttgart (Stuttgart Technology University of Applied Sciences): “This drawing is one of the most often cited in books and articles about the […]

Matrizenmultiplikation Nr. 2 Serie 2.5-5 (Matrix Multiplication)

signed, titled, and dated on the back of the paper artist’s name, computer identifier TR4, plotter machine identifier Z64, title, and date printed lower left hardware:  Telefunken-Rechner 4 output machine: Zuse Z64 Graphomat plotter All of the prints feature compositions of small square outlines of various different colours, which are thinly applied onto white paper. […]

Matrizenmultiplikation Nr. 1, Serie 2.5-1 (Matrix Multiplication)

signed, titled, and dated on the back of the paper artist’s name, computer identifier TR4, plotter machine identifier Z64, title, and date printed lower left TR4 indicates the Telefunken-Rechner 4 computer used to program the plotter printer Z64 indicates the Zuse Z64 Graphomat plotter printer used to draw the print on paper   All of […]

13/9/65 No. 5

signed, titled, and dated in graphite on the back of the paper artist’s name, computer identifier ER56, and plotter machine identifier Z64 printed lower right hardware: ER56 Standard Elektrik Lorenz computer output machine: Zuse Z64 Graphomat plotter

Art Ex Machina Portfolio

a portfolio of six serigraphs created after original unique computer-generated images in a custom made box with the title printed on the front along the left side the portfolio contains: a serigraph printed colophon page that is numbered in graphite a lithographic introductory text by page Abraham A. Moles that is printed in English and […]

Walk Through Raster

hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat Z64. The program used a repertoire of signs that […]

Walk Through Raster

hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat Z64. The program used a repertoire of signs that […]

Walk Through Raster

hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat Z64. The program used a repertoire of signs that […]

Walk Through Raster

hardware: Telefunken TR4 software: Algol 60 and custom software Walk Through Raster output machine: ZUSE Graphomat Z64 In 1966, Nake used the Walk-through-Raster software in the ALGOL 60 programming language to create as series of computer-generated drawings on paper. The drawings were produced by a ZUSE-Graphomat Z64. The program used a repertoire of signs that […]

Walk Through Raster Vancouver Version (From the Art Ex Machina Portfolio)

serigraph after an original unique computer generated plotter drawing signed lower right in graphite numbered lower left in graphite image: 12.25 x 12.25″ hardware: Telefunken TR4 software: Algol 60 and custom made Walk Through Raster plotter: ZUSE Graphomat Z64 Art Ex Machina Portfolio printed on the cover of Datamation Magazine, April 1973

Matrizenmultiplikation Serie 29 (Matrix Multiplication)

artist’s name, computer identifier (TR4), plotter machine identifier (Z64), title, and date printed lower left hardware: Telefunken-Rechner 4 Computer output machine: Zuse Z64 Graphomat Plotter Description of the artwork is courtesy of the artist: “Nine states of a sequence of “powers” of an initially randomly determined so-called stochastic diagonal matrix are drawn and shown in […]

Walk-Through-Raster Series 7.3-1

signed and dated lower right on the paper computer used to create the image: Telefunken TR4 using Algol 60 and custom software Walk Through Raster machine used to draw the image: ZUSE Graphomat Z64

Hommage a HE

artist’s name, computer identifier 7094, plotter machine identifier CALCOMP, title, and date printed lower right 7094 indicates the IBM 7094 computer used to program the plotter printer CALCOMP indicates the CALCOMP 565 plotter printer used to draw the print on paper  

Polygonzug 16/3/65 Nr. 2 (Polygonal Chain)

signed, titled, and dated on the reverse in graphite artist’s name, computer identifier ER56, and plotter machine identifier Z64 printed lower right hardware: Standard Elektrik Lorenz Computer software: Fortran output machine: Zuse Z64 Graphomat

Zufälliger Polygonzug – 13/9/65 Nr. 7 (Random Polygon)

artist’s name, computer identifier ER56, and plotter machine identifier Z64 printed lower right ER56 indicates the Standard Elektrik Lorenz computer used to program the plotter printer Z64 indicates the Zuse Z64 Graphomat plotter printer used to draw the print on paper   The algorithm “Random Polygon” (which is part of the package compArt ER56) is […]

Geradenscharen (Sets of Straight Lines)

artist’s name, computer identifier ER56, and plotter machine identifier Z64 printed lower right ER56 indicates the Standard Elektrik Lorenz computer used to program the plotter printer Z64 indicates the Zuse Z64 Graphomat plotter printer used to draw the print on paper  

Geradenscharen (Sets of Straight Lines)

artist’s name, computer identifier ER56, and plotter machine identifier Z64 printed lower right ER56 indicates the Standard Elektrik Lorenz computer used to program the plotter printer Z64 indicates the Zuse Z64 Graphomat plotter printer used to draw the print on paper