Mathematics: The Winton Gallery at London's Science Museum by Zaha Hadid Architects


Zaha Hadid’s fascination with mathematical logic and geometry crystalised in her design for the new Mathematics Gallery at the Science Museum in London


Before moving to London to study architecture in 1972, Zaha Hadid studied mathematics at the American University of Beirut. Her fascination with mathematical logic and geometry became rooted in the very foundation of her architecture, enabling her to rethink concepts of shape and form to create those famous harmonious, fluid surfaces and structures of hers. Without advances in design technology or computing, she probably wouldn’t have been able to manifest those seemingly abstract mathematical principles into exciting, breathtaking architecture.

Describing her early desire to question and innovate, Hadid told CNN in 2015: ‘When I was growing up in Iraq, math was an everyday part of life. My parents instilled in me a passion for discovery, and they never made a distinction between science and creativity. We would play with math problems just as we would play with pens and paper to draw — math was like sketching.’

It’s quite fitting then that the first project to complete in the UK after her death last March, the Mathematics Gallery in London’s Science Museum, aims to portray mathematics not as an alien academic concept studied in isolation, but as a practice stretching across disciplines that has transformed our understanding of the environment around us and helped build the modern world. The design for the 900 sq m space, also Zaha Hadid Architects’ (ZHA) first permanent gallery space in the world, won in an open competition in 2014, places an emphasis on the subject’s more human stories and the impact its tools and ideas have on everyday life.

With a 1929 Handley Page airplane hanging from the centre of the space and with a striking, luminous, curved surface flowing around it, the new gallery makes a novel attempt to open up, bring to life and make more exciting a subject that most school students would roll their eyes at. The lightweight, double-layered, tensile structure is a mathematical expression in itself, its form driven by computational fluid dynamics and airflow equations, allowing the virtual lines of the airflow around the aircraft to be realised physically. ‘Zaha and Patrick [Schumacher, ZHA director and senior designer] were always insistent that the space shouldn’t be blocked off into rooms as it was previously,’ says Shajay Bhooshan, ZHA project associate. ‘It should be an intuitive, flowing experience. We wanted to really crystalise mathematics in a subliminal way.’

The fluid surface, lit up in a garish purple and pink, navigates visitors through the space, the airflow translated into route lines on the floor and informing the arching shape of the robotically manufactured benches. The cocooning, womb-like shape also helps zone off the space into six themes, from trade and travel, through war and peace, to life and death. Some 100 gadgets and historical artefacts, have been selected from the Science Museum collection, representing the work of not only statisticians and engineers, but also architects, garden designers, gamblers, cryptanalysts, coders and traders.

ZHA used the aircraft’s airflow patterns to form a curvaceous, lightweight tensile structure that divides the exhibition space into zonesZHA used the aircraft’s airflow patterns to form a curvaceous, lightweight tensile structure that divides the exhibition space into zones. Photo: Luke Hayes

Highlights include a machine made for the London School of Economics in 1952 by engineer-turned-economist Bill Phillips that visually models the British economy using the flow of water to represent money, and the pioneering Wizard pattern-recognition machine that was designed to mimic the way the brain works and, until 1995, was used for banknote recognition, voice analysis and covert surveillance for the Home Office. Breaking down the boundaries between art and science, there are constant references to architecture too, with a model of the Thames Barrier pier (1982), developed using elaborate mathematical modelling of the Thames Estuary and a Twenties’ calculator for reinforced concrete, among other items.

More obscure objects range from a box of glass eyes used by statistician Francis Galton in 1884 to measure the physical characteristics of the British public, through an intelligence test devised in 1931 to test the mental abilities of children, hand-labelled and stored in its original, anonymous, old suitcase, to tissue samples collected across four decades from 1950 by pathologist Chris Wagner to help prove a link between asbestos exposure and lung cancer.

Sadly Zaha Hadid didn’t see this project completed - by the time she died only the flooring was in place. But as someone who used to visit the Science Museum on trips to London in her teenage years for inspiration, she’s left a legacy for younger generations that shows the many tangible, inspiring ways mathematics informs our daily lives.





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