The contributors to Reactivating Elements examine chemicals as they mix with soil, air, water, and fire to shape Earth's troubled ecologies today. They invoke the elements with all their ambivalences as chemical categories, material substances, social forms, forces and energies, cosmological entities, and epistemic objects. Engaging with the nonlinear historical significance of elemental thought across fields-chemistry, the biosciences, engineering, physics, science and technology studies, the environmental humanities, ecocriticism, and cultural studies-the contributors examine the relationship between chemistry and ecology, probe the logics that render wind as energy, excavate affective histories of ubiquitous substances such as plastics and radioactive elements, and chart the damage wrought by petrochemical industrialization. Throughout, the volume illuminates how elements become entangled with power and control, coloniality, racism, and extractive productivism while exploring alternative paths to environmental destruction. In so doing, it rethinks the relationship between the elements and the elemental, human and more-than-human worlds, today's damaged ecosystems and other ecologies to come. Contributors. Patrick Bresnihan, Tim Choy, Joseph Dumit, Cori Hayden, Stefan Helmreich, Joseph Masco, Michelle Murphy, Natasha Myers, Dimitris Papadopoulos, Maria Puig de la Bellacasa, Astrid Schrader, Isabelle Stengers

The contributors to Reactivating Elements examine chemicals as they mix with soil, air, water, and fire to shape Earth's troubled ecologies today. They invoke the elements with all their ambivalences as chemical categories, material substances, social forms, forces and energies, cosmological entities, and epistemic objects. Engaging with the nonlinear historical significance of elemental thought across fields-chemistry, the biosciences, engineering, physics, science and technology studies, the environmental humanities, ecocriticism, and cultural studies-the contributors examine the relationship between chemistry and ecology, probe the logics that render wind as energy, excavate affective histories of ubiquitous substances such as plastics and radioactive elements, and chart the damage wrought by petrochemical industrialization. Throughout, the volume illuminates how elements become entangled with power and control, coloniality, racism, and extractive productivism while exploring alternative paths to environmental destruction. In so doing, it rethinks the relationship between the elements and the elemental, human and more-than-human worlds, today's damaged ecosystems and other ecologies to come. Contributors. Patrick Bresnihan, Tim Choy, Joseph Dumit, Cori Hayden, Stefan Helmreich, Joseph Masco, Michelle Murphy, Natasha Myers, Dimitris Papadopoulos, Maria Puig de la Bellacasa, Astrid Schrader, Isabelle Stengers

What are living bodies made of? Protein modelers tell us that our cells are composed of millions of proteins, intricately folded molecular structures on the scale of nanoparticles. Proteins twist and wriggle as they carry out the activities that keep cells alive. Figuring out how to make these unruly substances visible, tangible, and workable is a challenging task, one that is not readily automated, even by the fastest computers. Natasha Myers explores what protein modelers must do to render three-dimensional, atomic-resolution models of these lively materials. Rendering Life Molecular shows that protein models are not just informed by scientific data: model building entangles a modeler’s entire sensorium, and modelers must learn to feel their way through the data in order to interpret molecular forms. Myers takes us into protein modeling laboratories and classrooms, tracking how gesture, affect, imagination, and intuition shape practices of objectivity. Asking, ‘What is life becoming in modelers' hands?’ she tunes into the ways they animate molecules through their moving bodies and other media. In the process she amplifies an otherwise muted liveliness inflecting mechanistic accounts of the stuff of life.

What are living bodies made of? Protein modelers tell us that our cells are composed of millions of proteins, intricately folded molecular structures on the scale of nanoparticles. Proteins twist and wriggle as they carry out the activities that keep cells alive. Figuring out how to make these unruly substances visible, tangible, and workable is a challenging task, one that is not readily automated, even by the fastest computers. Natasha Myers explores what protein modelers must do to render three-dimensional, atomic-resolution models of these lively materials. Rendering Life Molecular shows that protein models are not just informed by scientific data: model building entangles a modeler's entire sensorium, and modelers must learn to feel their way through the data in order to interpret molecular forms. Myers takes us into protein modeling laboratories and classrooms, tracking how gesture, affect, imagination, and intuition shape practices of objectivity. Asking, 'What is life becoming in modelers' hands?' she tunes into the ways they animate molecules through their moving bodies and other media. In the process she amplifies an otherwise muted liveliness inflecting mechanistic accounts of the stuff of life.