Re-enchanting the Champs-Élysées — Christophe Léribault
- Publish On 19 February 2020
- Christophe Léribault
- 1 minutes
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With Marie Sarah Adenis, artist, Aurélie Mossé, research professor at ENSAD, and Simon Trancart, Head of Adaptative Laboratory Evolution at Ginkgo BioWorks. Wood is often referred to as a living material because it reacts to ambient humidity and develops a patina. However, when a tree is cut down to exploit its wood, it dies and ceases to photosynthesise. What other forms of living matter can we cultivate and grow to build and create, and what ethics should we apply? What does the future hold for organic materials that can regenerate rapidly or perhaps never die and continue to evolve as living matter? From the colourimetric properties of microbes to the use of algae to develop alternative chemical reactions to form cements and ceramics that emit less carbon, what possibilities does living matter offer us for rethinking creation?
Aurélie Mossé is a designer, researcher and head of the Soft Matters research group at the Ecole des Arts Décoratifs. Using micro-organisms, she is experimenting with the manufacture of innovative materials that are less costly in terms of fossil fuels or non-renewable resources. By producing calcite, bacteria could become allies in the creation of solid building materials.
A symbol of the industrial revolution, the rise of metal in construction accompanied the renewal of Paris under Haussmann. Its origins in blast furnaces is associated with a high carbon footprint. Yet it is still widely used in facades, and seems promising for circular economy, as it is easy to dismantle. But is this enough of an advantage? As part of the City Metabolism Chair supported by the Université Paris Sciences & Lettres.
Discover the inaugural lecture of the “Alma Matter” series! In a world where the myth of abundance is collapsing, this series of lectures looks at what matter really has to offer. Actors, professions, economies, temporalities, geopolitics: how do contemporary issues of creation take shape through those of matter? Each talk focuses on a particular material, and brings together its stakeholders in a dialogue. The use of stone in construction declined during the twentieth century. Today, its return is acclaimed for its qualities: inertia, durability, low-emission processing, local presence… but what techniques and applications will be used in 2024? As part of the City Metabolism Chair supported by the Université Paris Sciences & Lettres.
Although soil is used as a building material in many parts of the world, it has often been regarded as a waste product in France in recent decades, with little use being made of excavated soil. However, its thermal and hygrometric properties, its extremely low carbon footprint when used raw, its abundance and the natural variations in colour that it offers in every region make it a rich and inspiring material for today’s architects and designers. How can we adapt our building techniques to bring this material into line with contemporary requirements, and get rid of the vision of primitive housing that it still evokes for many people?