The work of Dutch graphic artist M.C. Escher, renowned for his prints featuring impossible perspectives and visual puzzles, is the focus of a comprehensive exhibition at the Monnaie de Paris, the historic French mint. Opening in December 2025, the exhibition examines not only Escher’s famous optical illusions but also highlights his deep engagement with tessellation—an art form involving the repetition of geometric patterns to fill two-dimensional space without gaps or overlaps.

A significant influence on Escher’s tessellation work was traditional Islamic art, particularly the intricate tile decorations found in medieval North African and Andalusian architecture. Escher’s fascination with these designs began during visits to the Alhambra palace complex in Granada in the early 1920s and again in 1936. The Alhambra, built between 1238 and 1358 by Arab rulers of the Emirate of Granada, is celebrated for its detailed geometric patterns, including stars and polygons arranged to cover surfaces seamlessly. Escher spent considerable time studying and reproducing these designs, which spurred a fundamental shift in his artistic direction.

Born in 1898 in the Netherlands, Escher initially trained in technical drawing, architecture, and graphic design, with early works influenced by Art Nouveau and Symbolist trends. However, his travels through southern Europe, particularly living in Rome from 1923 to 1935 and touring Italy, France, and Spain, broadened his perspectives. While his first visit to the Alhambra in 1922 had little immediate effect on his art, his second visit in 1936 marked a turning point. There, he began a systematic study of tessellation, captivated by the way shapes could repeat infinitely without gaps or overlaps.

The exhibition traces this evolution across several sections. Early works display naturalistic engravings and book illustrations, including biblical scenes and moralistic themes. Later sections show how Escher integrated tessellation into abstract and fantastical compositions, incorporating animals and mythical creatures into the interlocking patterns. Notable pieces include "Day and Night" (1938), "Sky and Water" (1938), and "Metamorphosis II" (1939-40), which demonstrate how geometric motifs transformed into dynamic, repeating images of birds, fish, and reptiles.

Escher’s exploration of tessellation culminated in his 1957 publication, "Regular Division of the Plane," which compiles decades of research inspired by Islamic art and mathematics. The exhibition also features his later post-war works, which brought him widespread recognition for visual paradoxes and impossible constructions such as "Belvedere" (1958) and "Ascending and Descending" (1960), challenging viewers' perceptions of reality and space.

Escher’s art resonated beyond the art world, influencing mathematicians and scientists. He corresponded with Nobel Laureate Roger Penrose and was later celebrated by American computer scientist Douglas Hofstadter, who linked Escher’s work with themes in music and logic in his 1979 book "Gödel, Escher, Bach." In the 1960s, Escher’s visual puzzles also gained popularity among youth countercultures, admired for their mind-bending qualities.

M.C. Escher died in 1972 near his birthplace in the Netherlands, leaving a legacy that bridged art, mathematics, and cultural history. This exhibition sheds new light on the pivotal role traditional Islamic artistic principles played in shaping Escher’s unique visual language and enduring appeal.