Philippe Rahm audio interview

The French architect tells Domus about his conception of meteorological architecture and the exhibition "Climate and Architecture"

We met Philippe Rahm on 10 December in Copenhagen at the "Climate and Architecture" symposium. This was organised by the Nantes School of Art together with the Royal Danish Academy of Fine Arts and held at the same time as the COP15, the UN climate change conference.
We asked him what responsibilities architecture has today in terms of climate change and how it can make a difference in the crucial climate change debate.

Listen to Rahm's response






Rahm went into more depth on various aspects of the exhibition with students at the Royal Danish Academy of Fine Arts. The exhibition title, "The Olduvai Gorges", refers to the area of sub-Saharan Africa that scientific research and theory suggests was the cradle of humanity. As this suggests, it puts human biology centre stage: humans are "programmed" for a 24-hour day/night cycle (closer to those in Africa than in countries like Denmark) and a core temperature of around 37°C, which the body maintains by using thermogenesis to produce heat.
Rahm sees architecture as a phase of thermogenesis. He visualises it in terms of three environments - one that is too dark and needs light, one that is too cold and needs heat, and one that is too hot and needs cold. Fish oil (rich in vitamin D) and ultraviolet light to synthesise the vitamin D in the fish compensate for the lack of light, in the same way in which fans and a culture of chilli and mint are used in a hot country.

Listen to Rahm's description





Instead of warming all the space at the good temperature around 20°C, Rahm propose to create in the house two sources of heat: one pole is cold at 15 °C and situated in the upper layers of air of the house. The opposite pole is warm, at 22°C situated in the lower layers of the space
Instead of warming all the space at the good temperature around 20°C, Rahm propose to create in the house two sources of heat: one pole is cold at 15 °C and situated in the upper layers of air of the house. The opposite pole is warm, at 22°C situated in the lower layers of the space
This thermal polarization in the space generates a convective movement of air, which defines different zones with different temperatures
This thermal polarization in the space generates a convective movement of air, which defines different zones with different temperatures
Images of the "Climate and Architecture" exhibition at the Royal Danish Academy of Fine Arts
Images of the "Climate and Architecture" exhibition at the Royal Danish Academy of Fine Arts

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