ARTFEED — Contemporary Art Intelligence

Mathematicians and neuroscientists identify fractal signature in abstract art absent from AI images

publication · 2026-05-20

A study published in PLOS Computational Biology and reported by Scientific American has identified a numerical value, 0.4, as a fractal dimension common to works by Rothko, Kandinsky, Pollock, Malevich, and Maria Jarema. The research team, led by mathematician Shabnam N. Kadir (University of Hertfordshire) and neuroscientist Jacek Rogala (University of Warsaw), analyzed twelve works by Polish artist Lidia Kot. The number 0.4 represents a fractal signature that abstract artists produce intuitively, while AI-generated images lack this property. The study suggests that human-created abstract art possesses a subtle mathematical structure that machines do not replicate.

Key facts

  • Study published in PLOS Computational Biology
  • Reported by Scientific American
  • Identified fractal dimension value 0.4
  • Artists studied: Rothko, Kandinsky, Pollock, Malevich, Maria Jarema
  • Research led by Shabnam N. Kadir and Jacek Rogala
  • Shabnam N. Kadir is a mathematician at University of Hertfordshire
  • Jacek Rogala is a neuroscientist at University of Warsaw
  • Analyzed twelve works by Polish artist Lidia Kot
  • AI-generated images lack the 0.4 fractal signature

Entities

Artists

  • Mark Rothko
  • Wassily Kandinsky
  • Jackson Pollock
  • Kazimir Malevich
  • Maria Jarema
  • Lidia Kot
  • Shabnam N. Kadir
  • Jacek Rogala

Institutions

  • PLOS Computational Biology
  • Scientific American
  • University of Hertfordshire
  • University of Warsaw

Sources