06-22-2026, 10:44 AM
Mathematical shapes in action
by Guardian
The Guardian’s article [b]“Mathematical shapes in action” shows how mathematics influences architecture through the use of geometric forms, proportions, symmetry, and advanced shapes. It presents examples of buildings around the world where architects use ideas such as the golden ratio, Fibonacci numbers, spheres, tori, Möbius strips, and higher-dimensional geometry to create visually striking structures. [/b]
Examples include the Parthenon’s proportions, Le Corbusier’s use of Fibonacci-based geometry, the Guggenheim Museum Bilbao’s complex curved surfaces, and other buildings inspired by mathematical forms. The article highlights that mathematics is not only a tool for calculations but also a source of creativity, beauty, and artistic expression in architectural design.
ARTICLE
by Guardian
The Guardian’s article [b]“Mathematical shapes in action” shows how mathematics influences architecture through the use of geometric forms, proportions, symmetry, and advanced shapes. It presents examples of buildings around the world where architects use ideas such as the golden ratio, Fibonacci numbers, spheres, tori, Möbius strips, and higher-dimensional geometry to create visually striking structures. [/b]
Examples include the Parthenon’s proportions, Le Corbusier’s use of Fibonacci-based geometry, the Guggenheim Museum Bilbao’s complex curved surfaces, and other buildings inspired by mathematical forms. The article highlights that mathematics is not only a tool for calculations but also a source of creativity, beauty, and artistic expression in architectural design.
ARTICLE
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