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Pierre Huyghe: UUmwelt

July 01, 2026 – November 29, 2026

The Museum of Modern Art

At a time when AI is dramatically changing how we see, what does it mean to visualize a world that’s no longer centered on the human mind? Pierre Huyghe’s immersive, otherworldly works have redefined how art can engage with technology, human consciousness, and the natural environment.

UUmwelt, presented on freestanding screens throughout the Abby Aldrich Rockefeller Sculpture Garden, uses machine learning to explore what it might look like if nonhuman entities could reconstruct our thoughts. Working with a team of neuroscientists in Kyoto, Japan, Huyghe asked a human subject to imagine a set of images while an fMRI scanner recorded their brain activity. An artificial neural network then used the data from the scans to generate thousands of visual interpretations of what they might have imagined. Hallucinatory and fragmentary, these indeterminate mental images reveal the neural network’s attempts to interpret and refine the data while conjuring a reality different from our own. The work is activated in real time by the gazes of visitors to the Sculpture Garden (which are detected by a sensor) and data collected from virtual simulations of cancer cell mutations. These inputs determine the creation of new images and their sequencing on the screens, drawing metaphorical connections between the limitless proliferation enabled by algorithmic systems and metastatic growth.

The title is a riff on the German scientific term umwelt (environment), referring to the idea that every species perceives the world according to its distinct physical characteristics. The extra “U” complicates this idea, proposing an unstable environment in which the boundaries between human and machine cognition begin to dissolve, producing what Huyghe calls “a collective production of imagination between two kinds of intelligences.” Art becomes an open-ended ecosystem that invites new encounters and exchanges between people, biological systems, and machines.

Organized by Stuart Comer, The Lonti Ebers Chief Curator of Media and Performance, with
Kelly Filreis, Curatorial Assistant, Department of Media and Performance, and Elizabeth Wickham, Curatorial Assistant, Department of Painting and Sculpture.

Scientific expertise by Kamitani Lab / Kyoto University and ATR. Production and technical development by Emiliano Pistacchi, Anne-Sophie Tisseyre, Pixels Pixels (Ivaylo Getov), Anne Stenne, and Sara Simon.

Leadership support for the exhibition is provided by the Steven A. and Lisa Tananbaum Endowment for Contemporary Art Commissions.

Images

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After UUmwelt, June–October 2021
LUMA Foundation, Arles, exhibition views
Deep image reconstructions, materialized deep image reconstructions (glass, synthetic resin, silicone, copper alloy, colophonium, minerals, bone, calcium, protein, sodium, sugar, agar agar, bacteria), generative adversarial network, face recognition, screens, sound, sensors, human cancer cells (HeLa), incubator, scent, bees, ants, mycelium, soil, pigment
© Kamitani Lab / Kyoto University and ATR
Photo credit: Ola Rindal

UUmwelt, 2018–ongoing
Deep image reconstructions, screens, sensors, sound
Courtesy of the artist
© Kamitani Lab / Kyoto University and ATR

UUmwelt, 2018–ongoing
Deep image reconstructions, screens, sensors, sound
Courtesy of the artist
© Kamitani Lab / Kyoto University and ATR

UUmwelt, 2018–ongoing
Deep image reconstructions, screens, sensors, sound
Courtesy of the artist
© Kamitani Lab / Kyoto University and ATR

UUmwelt, October 2018–February 2019
Serpentine Galleries, London, exhibition views
Deep image reconstructions, screens, sensors, sound, scents, incubator, flies, sanded wall, dust
Courtesy of the artist and Serpentine Galleries
© Kamitani Lab / Kyoto University and ATR
Photo Credit: Ola Rindal and Alice Godwin