Forensic Architecture / Goldsmiths, University of London
Stockholm University
Goldsmiths, University of London
Critical Media Lab Basel FHNW/ NSCAD, Halifax
Goldsmiths, University of London
University of New Mexico
Tel Aviv University
University of Pennsylvania
Hubbub / Max Planck Intitute for Human Cogntive and Brain Science
School of the Art Institute of Chicago
Ernest G. Welch School of Art and Design / Georgia State University
University of California, San Diego / Strelka Institute for Media, Architecture and Design, Moscow
Wits Insitute for Social and Economic Research
Max Planck Institute for the History of Science Berlin
University of California Santa Cruz
Goldsmiths, University of London
University of Western Australia
University of Washington, Seattle
University of California, San Diego
Penn State University
Max Planck Institute for the History of Science, Berlin
Ca’ Foscari University, Venice / Max Planck Institute for the History of Science, Berlin
University of Leuven
Stockholm Resilience Centre and Potsdam Institute for Climate Impact Research
Yale University
University of Vienna
King’s College London
HKW
Center for GeoHumanities, Royal Holloway, University of London
The Wilderness Society
Munich Re
Goldsmiths, University of London
University of Southern California and Aarhus University Research on the Anthropocene (AURA)
Resource Strategy, University of Augsburg
University of Illinois at Chicago / School of the Art Institute of Chicago
Potsdam University
Oxford Internet Institute and Alan Turing Institute, London
Graduate Institute of International and Development Studies, Geneva
Enviornmental Humanites Laboratory / Royal Institute of Technology
Concordia University, Montréal
University of Arizona, Tucson
Stanford University / Center for International Security and Cooperation
American University in Cairo
Delft University of Technology
Goldsmiths, University of London
KTH Royal Institute of Technology, Stockholm
University of Lüneburg / Digital Culture Research Lab
University of Georgia
Duke University, North Carolina
University of Luxembourg, Esch-sur-Alzette
SOAS, University of London
Max Planck Institute for Biogeochemistry
University of Chicago
Drexel University
Drexel University, Philadelphia
Rathenau Instituut, The Hague
University of California, Berkeley
University of California, Los Angeles
Barnard College, Columbia University
Sciences Po, Paris
Arizona State University / Global Biosocial Complexity Initiative
Open University, Milton Keynes
Birkbeck, University of London
Columbia University, New York
Stanford University Humanities Center
University of Edinburgh
National Center for Scientific Research, École des Hautes Études en Sciences Sociales, Paris
Max Planck Institute for the History of Science, Berlin
Indiana University, Bloomington
Stanford University / Program in Science, Technology, and Society
Research Institute for Humanity and Nature, Kyoto
University of Colorado Boulder
Goldsmiths, University of London
MIT
Cornell University
Max Planck Institute for the History of Science, Berlin
Harvard University, Cambridge, MA
Stockholm Environment Institute
University of Alberta
Balsillie School of International Affairs, Waterloo, Canada
University of Potsdam
Speculative Design Project
University of Augsburg
King's College London
Technical University of Berlin / Cluster of Excellence “Unifying Systems of Catalysis”
University of Lancaster
Chicago Center for Contemporary Theory, University of Chicago
University of Kansas
Global Studies Institute, Geneva University
Australian National University
University of Pennsylvania
anexact office and Massachusetts Institute of Technology
University of Cape Town
MIT
Leuphana University Lüneburg
Fridtjof Nansen Institute, Lysaker
Feminist Research Institute, University of California, Davis
Rice University, Houston
School of the Art Institute of Chicago
University of Leicester / Anthropocene Working Group
School of Sustainability, Arizona State University
Sámi University of Applied Sciences, Kautokeino
In the end, the technosphere will be buried deep as any other conglomeration of earthly materials, forming timelines of past eras as patterns on the face of cliff faces. Aided by the illustrations of Anne-Sophie Milon, geologist Jan Zalasiewicz speculates about the underground fate of the technosphere’s debris and the puzzle of technofossils that far-future archaeologists will find when digging up the landfills of the global experiment called Anthropocene.
In his feverish essay concerning the role of these efficient, yet paltry, energy distribution devices called humans, science writer Dorion Sagan exits the Anthropocene in pursuit of epochs, evolutionary constellations and thermodynamic possibilities beyond consensus models. A tireless and curious exploration about the trip that humanity is on.
As environments increasingly become computational so does computation become environmental. Tech-driven practices of environmental monitoring such as citizen-based air quality measurements and sensor networks generate material-political worlds through “creaturing data.” Jennifer Gabrys shows how the instrumentation of the planet with sensor devices produces specific forms of concretizations that have a life of their own and contour the earthly space anew.
In his coining of the term technosphere, geoscientist Peter Haff attempts to describe the physical properties of a human-technological system that takes on a role equivalent to the biosphere or hydrosphere. In this conversation with media philosopher Erich Hörl, Haff discusses the finer points of this concept while they both attempt to locate ethical and philosophical questions that emerge from it.
Life is a geological force. And so is technology. The blueprint and historical precursor to the technosphere concept is Vladimir Vernadsky’s holistic delineation of the biosphere. The following excerpt from his seminal book The Biosphere (1926) serves to apprehend the originality and daring proposition of such a grand scheme of entangling living and non-living matter.
Sensing is an integral part of collecting data in the field. As apparatuses become more refined, they increase the capacity and precision of data that can be collected in even the most forbidding of zones. Historian of science Etienne Benson describes how the increasingly complex infrastructure of sensing is altering the experience of fieldwork, the persona of the scientist, and the nature of the knowledge that is produced.
In their critical description of the IceCube Neutrino Observatory, Sasha Engelmann and Jol Thomson guide us into the depths of Antarctica’s ancient ice where ghost-like neutrinos cast electromagnetic showers, or cascades, as they chance to interact with the Earth. In this way, neutrinos challenge notions of scale and boundedness in the physical sciences and the technosphere.
Free and ubiquitous energy has always been a utopian dream for the technosphere as it confronts the limits of a finite Earth system. In his artistic narration, Nile Koetting cycles through a series of inquiries about free and ubiquitous energy and the spectacle that results.
What will it do next? What will be the next surprising thing that the earth will do in its contingent, billions-of-years of self-organisation?
In the end, the technosphere will be buried deep as any other conglomeration of earthly materials, forming timelines of past eras as patterns on the face of cliff faces. Aided by the illustrations of Anne-Sophie Milon, geologist Jan Zalasiewicz speculates about the underground fate of the technosphere’s debris and the puzzle of technofossils that far-future archaeologists will find when digging up the landfills of the global experiment called Anthropocene.
In his feverish essay concerning the role of these efficient, yet paltry, energy distribution devices called humans, science writer Dorion Sagan exits the Anthropocene in pursuit of epochs, evolutionary constellations and thermodynamic possibilities beyond consensus models. A tireless and curious exploration about the trip that humanity is on.
As environments increasingly become computational so does computation become environmental. Tech-driven practices of environmental monitoring such as citizen-based air quality measurements and sensor networks generate material-political worlds through “creaturing data.” Jennifer Gabrys shows how the instrumentation of the planet with sensor devices produces specific forms of concretizations that have a life of their own and contour the earthly space anew.
In his coining of the term technosphere, geoscientist Peter Haff attempts to describe the physical properties of a human-technological system that takes on a role equivalent to the biosphere or hydrosphere. In this conversation with media philosopher Erich Hörl, Haff discusses the finer points of this concept while they both attempt to locate ethical and philosophical questions that emerge from it.
Life is a geological force. And so is technology. The blueprint and historical precursor to the technosphere concept is Vladimir Vernadsky’s holistic delineation of the biosphere. The following excerpt from his seminal book The Biosphere (1926) serves to apprehend the originality and daring proposition of such a grand scheme of entangling living and non-living matter.
Sensing is an integral part of collecting data in the field. As apparatuses become more refined, they increase the capacity and precision of data that can be collected in even the most forbidding of zones. Historian of science Etienne Benson describes how the increasingly complex infrastructure of sensing is altering the experience of fieldwork, the persona of the scientist, and the nature of the knowledge that is produced.
In their critical description of the IceCube Neutrino Observatory, Sasha Engelmann and Jol Thomson guide us into the depths of Antarctica’s ancient ice where ghost-like neutrinos cast electromagnetic showers, or cascades, as they chance to interact with the Earth. In this way, neutrinos challenge notions of scale and boundedness in the physical sciences and the technosphere.
Free and ubiquitous energy has always been a utopian dream for the technosphere as it confronts the limits of a finite Earth system. In his artistic narration, Nile Koetting cycles through a series of inquiries about free and ubiquitous energy and the spectacle that results.
What will it do next? What will be the next surprising thing that the earth will do in its contingent, billions-of-years of self-organisation?