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    MARINA OTERO VERZIER

    COMPUTATIONAL COMPOST

    The artist

    Marina Otero Verzier is an architect and researcher. She is Lecturer in Architecture at Harvard Graduate School of Design and Visiting Associate Professor at Columbia University’s Graduate School of Architecture, Planning and Preservation, where she leads the Data Mourning Clinic, a research platform examining digital infrastructures in the context of climate catastrophe. Otero received the 2022 Wheelwright Prize from Harvard for research into the future of data centers. She has collaborated with scientific institutions to develop alternative models for storing data, including Computational Compost. She was invited by Chile’s Ministry of Science, Technology, Knowledge and Innovation to participate as an expert in the development of the country’s first National Data Centers Plan, working with local communities on the front lines of extractivism. Otero was Head of the MA Social Design at Design Academy Eindhoven (2020–2023) and Director of Research at Het Nieuwe Instituut (2015–2022). She has curated many exhibitions including Compulsive Desires: On Lithium Extraction and Rebellious Mountains and Work, Body, Leisure at the Dutch Pavilion at the Venice Architecture Biennale. She co-curated Opera Aperta, awarded a Jury Mention at the 2025 Venice Architecture Biennale, and After Belonging, the Oslo Architecture Triennale. She is the author of En las Profundidades de la Nube (2024) and Flotando en Litio (2025), and has directed films and edited numerous books on architecture, digital infrastructures, resource extraction, memory, and the politics of care. She is advisor of the Reina Sofia Museum in Madrid.

    Gallery

    About the work

    COMPUTATIONAL COMPOST

    Computational Compost addresses the environmental impact of data storage and proposes a synergy between technology and ecology. It consists of a prototype using the heat emitted by computers running simulations of the universe’s origin to power a vermicomposting machine with live worms and microorganisms that thrive on this energy to create fertile soil that sustains life in its most primal form. Celestial and biological bodies are linked by processes of metabolism and fermentation, decomposition and regeneration, the metamorphosis that runs through all cycles of matter.

    The Computational Compost prototype is presented as a possible application for the DIPC Supercomputing Center, which currently redirects the heat generated by its supercomputers into its immediate environment. This process has caused, for example, a nearby loquat tree to bloom prematurely. Understood on a planetary scale, this particular case reveals deeper dimensions, highlighting the significant impact that digital infrastructures can have on processes related to climate change.

    The work also includes a film starring the quipu MCHAP 0780, currently exhibited at the Chilean Museum of Pre-Columbian Art in Santiago. Quipus are pre-Columbian recording devices used by the Inka that we can no longer decipher, yet offer some clues for imagining another digital future. Today, humans and artificial intelligence produce so much data that soon there will be no capacity to store it; we are accumulating infinite information with finite resources.

    Artistic Direction and Research: Marina Otero Verzier
    Project Coordination and Research (first iteration): Claudia Paredes Intriago
    Film Direction: Locument (Francisco Lobo, Romea Muryń) and Marina Otero Verzier
    Coordination of the installation at MU: Ana Robles Pérez
    Sound design: Gaspar Cohen
    Prototype design: Marina Otero Verzier
    Prototype development (first iteration): Claudia Paredes Intriago, Fernando Fernandez Sanchez, Pablo Saiz del Río
    Digital system and vermiculture: Fernando Fernandez Sanchez
    3D modeling direction (film): Claudia Paredes Intriago
    3D modeling team (film): Caesar Arenas, Jacinto Moros Montanes, Xabier Abel Martinez

    Collaboration with the Donostia International Physics Center (DIPC): Txomin Romero, Silvia Bonoli, Raul Angulo, Jens Stücker.
    Computational Compost was first commissioned by Tabakalera.

    Partners

    SOILSCAPE
    Creative Europe

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