Activist Studies of Science & Technology – serie

When Christa Kuljian arrived on the Harvard College campus as a first-year student in the fall of 1980 with copies of Our Bodies, Ourselves and Ms. magazine, she was concerned that the women’s movement had peaked in the previous decade. She soon learned, however, that there was a long way to go in terms of achieving equality for women in academia and that social movements would continue to be a critical force in society. She began researching the history of science and gender biases in science, and how they intersect with race, class, and sexuality.In Our Science, Ourselves, Kuljian tells the origin story of feminist science studies by focusing on the life histories of six key figures—Ruth Hubbard, Rita Arditti, Evelyn Fox Keller, Evelynn Hammonds, Anne Fausto-Sterling, and Banu Subramaniam. These women were part of a trailblazing network of female scientists in the 1970s, 80s, and 90s who were drawn to the Boston area—to Harvard, MIT, and other universities—to study science, to network with other scientists, or to take a job. Inspired by the social and political activism of the women’s movement and organizations such as Science for the People, the Genes and Gender Collective, and the Combahee River Collective, they began to write and teach about women in science, gender and science, and sexist and racist bias and exclusion. They would lead the critiques of E. O. Wilson’s sociobiology in 1975 and Larry Summers’ comments about women in science thirty years later.Drawing on a rich array of sources that combines published journal articles and books with archival materials and interviews with major luminaries of feminist science studies, Kuljian chronicles and celebrates the contributions that these women have made to our collective scientific knowledge and view of the world.

A new model of health emerged in Britain between 1870 and 1939. Centered on the working body, organized around the concept of efficiency, and grounded in scientific understandings of human labor, scientists, politicians, and capitalists of the era believed that national economic productivity could be maximized by transforming the body of the worker into a machine. At the core of this approach was the conviction that worker productivity was intimately connected to worker health.Under this new "science of work," fatigue was seen as the ultimate pathology of the working-class body, reducing workers' capacity to perform continued physical or mental labor. As Steffan Blayney shows, the equation between health and efficiency did not go unchallenged. While biomedical and psychological experts sought to render the body measurable, governable, and intelligible, ordinary men and women found ways to resist the logics of productivity and efficiency imposed on them, and to articulate alternative perspectives on work, health, and the body.

A new model of health emerged in Britain between 1870 and 1939. Centered on the working body, organized around the concept of efficiency, and grounded in scientific understandings of human labor, scientists, politicians, and capitalists of the era believed that national economic productivity could be maximized by transforming the body of the worker into a machine. At the core of this approach was the conviction that worker productivity was intimately connected to worker health.Under this new "science of work," fatigue was seen as the ultimate pathology of the working-class body, reducing workers' capacity to perform continued physical or mental labor. As Steffan Blayney shows, the equation between health and efficiency did not go unchallenged. While biomedical and psychological experts sought to render the body measurable, governable, and intelligible, ordinary men and women found ways to resist the logics of productivity and efficiency imposed on them, and to articulate alternative perspectives on work, health, and the body.

New Yorkers generate millions of tons of trash annually, which, through the magic of infrastructure and one of the largest waste management systems in the world, disappears from city sidewalks each night. Under pressure from environmentalists, activists, policymakers, and industry, the New York City Department of Sanitation started exploring ways to divert organic material from the waste stream, and in 2013, launched its composting pilot program. Drawing on three years of ethnographic fieldwork with community composters and microhaulers in New York City, alongside the rollout of the city’s curbside organics collection system, Composting Utopia describes how local, grassroots organizations intervened in the city’s waste system, enacting change and presenting an alternative vision of the composting city. As Guy Shaffer argues, movement-driven infrastructure projects develop new tools for organizing the world, give young people of color agency over urban design, and promote sustainability and justice.

New Yorkers generate millions of tons of trash annually, which, through the magic of infrastructure and one of the largest waste management systems in the world, disappears from city sidewalks each night. Under pressure from environmentalists, activists, policymakers, and industry, the New York City Department of Sanitation started exploring ways to divert organic material from the waste stream, and in 2013, launched its composting pilot program. Drawing on three years of ethnographic fieldwork with community composters and microhaulers in New York City, alongside the rollout of the city’s curbside organics collection system, Composting Utopia describes how local, grassroots organizations intervened in the city’s waste system, enacting change and presenting an alternative vision of the composting city. As Guy Shaffer argues, movement-driven infrastructure projects develop new tools for organizing the world, give young people of color agency over urban design, and promote sustainability and justice.

When Christa Kuljian arrived on the Harvard College campus as a first-year student in the fall of 1980 with copies of Our Bodies, Ourselves and Ms. magazine, she was concerned that the women’s movement had peaked in the previous decade. She soon learned, however, that there was a long way to go in terms of achieving equality for women in academia and that social movements would continue to be a critical force in society. She began researching the history of science and gender biases in science, and how they intersect with race, class, and sexuality.In Our Science, Ourselves, Kuljian tells the origin story of feminist science studies by focusing on the life histories of six key figures—Ruth Hubbard, Rita Arditti, Evelyn Fox Keller, Evelynn Hammonds, Anne Fausto-Sterling, and Banu Subramaniam. These women were part of a trailblazing network of female scientists in the 1970s, 80s, and 90s who were drawn to the Boston area—to Harvard, MIT, and other universities—to study science, to network with other scientists, or to take a job. Inspired by the social and political activism of the women’s movement and organizations such as Science for the People, the Genes and Gender Collective, and the Combahee River Collective, they began to write and teach about women in science, gender and science, and sexist and racist bias and exclusion. They would lead the critiques of E. O. Wilson’s sociobiology in 1975 and Larry Summers’ comments about women in science thirty years later.Drawing on a rich array of sources that combines published journal articles and books with archival materials and interviews with major luminaries of feminist science studies, Kuljian chronicles and celebrates the contributions that these women have made to our collective scientific knowledge and view of the world.

Over the past 50 years, lesbian, gay, bisexual, transgender, and queer professionals have organized to achieve greater inclusion into the fields of science, technology, engineering, and mathematics (STEM). This inclusion, however, has come at a cost. In the 1970s, these professionals sought to radically transform STEM fields by confronting the homophobia and sexism embedded within them. Instead, these fields became more corporatized and privatized, and STEM institutions and workspaces—particularly in the spheres of government and business—became dominated by a focus on individualism, self-improvement/advancement, and meritocracy, which are hallmarks of neoliberalism. For many LGBTQ STEM professionals, inclusion now required becoming more apolitical, pro-capital, and focused on professional development.In Out Doing Science, Tom Waidzunas, Ethan Czuy Levine, and Brandon Fairchild explore this transformation of LGBTQ STEM professionals from oppositional outsiders to assimilationist insiders. Drawing on historical archives, oral interviews, and participant observation of professional societies and workspaces, the authors interrogate the meanings of “inclusion” and why some LGBTQ STEM professionals have benefited from it more than others. They also advocate for a “queer STEM” that challenges and transforms the racism, classism, sexism, cisheterosexism, and imperialism of these fields, institutions, and workspaces. Written in an accessible and engaging style, Out Doing Science will appeal to readers interested in LGBTQ studies, and science and technology studies, as well as anyone who wants to create a more diverse and inclusive work environment.

Over the past 50 years, lesbian, gay, bisexual, transgender, and queer professionals have organized to achieve greater inclusion into the fields of science, technology, engineering, and mathematics (STEM). This inclusion, however, has come at a cost. In the 1970s, these professionals sought to radically transform STEM fields by confronting the homophobia and sexism embedded within them. Instead, these fields became more corporatized and privatized, and STEM institutions and workspaces—particularly in the spheres of government and business—became dominated by a focus on individualism, self-improvement/advancement, and meritocracy, which are hallmarks of neoliberalism. For many LGBTQ STEM professionals, inclusion now required becoming more apolitical, pro-capital, and focused on professional development.In Out Doing Science, Tom Waidzunas, Ethan Czuy Levine, and Brandon Fairchild explore this transformation of LGBTQ STEM professionals from oppositional outsiders to assimilationist insiders. Drawing on historical archives, oral interviews, and participant observation of professional societies and workspaces, the authors interrogate the meanings of “inclusion” and why some LGBTQ STEM professionals have benefited from it more than others. They also advocate for a “queer STEM” that challenges and transforms the racism, classism, sexism, cisheterosexism, and imperialism of these fields, institutions, and workspaces. Written in an accessible and engaging style, Out Doing Science will appeal to readers interested in LGBTQ studies, and science and technology studies, as well as anyone who wants to create a more diverse and inclusive work environment.

Exploring how Black youth are reshaping game design to dismantle stereotypes and spark social change In the early 2000s, digital gaming rose to cultural and economic prominence. Communities of color, however, and especially Black youth, were largely excluded from gaming culture. The rare Black character in games tended to reinforce stereotypes, while racial bias was often surreptitiously embedded in game design platforms—what decolonial scholars call “whitestream” computing. Progressive game design education initiatives and new technologies have recently begun to dismantle these barriers. Yet, because biases remain, historically excluded young people still need to actively reconfigure these digital spaces to fully develop and convey their own perspectives. In Meta-Tuning Justice, digital rhetoric scholar Laquana Cooke explores how Black youth express cultural identity and challenge dominant narratives through innovative game design. Cooke introduces the Transformative Constructionist Learning (TCL) paradigm and its core theory of “meta-tuning”—the idea that students are better able to adjust to new challenges through trial-and-error and experimentation in educational environments that correspondingly adjust to their evolving learning needs. In contrast to traditional education practices, which assume the neutrality of technology, Cooke approaches it as a tool for social transformation. Drawing on the TCL paradigm, she explores how the unique cultural algorithms and expressions (like popping and locking dance forms) that inform the programming and designs of Black youth represent a powerful form of resistance and creation. Through rich ethnographic case studies across multiple educational settings, and with gaming as its experimental center, this book presents a compelling vision of how TCL and meta-tuning can help make technologies more equitable. Cooke’s innovative study offers insights crucial to scholars and practitioners in game studies, Science and Technology Studies, STEM education, and racial equity in digital learning.