States of Knowledge: The Co-Production of Science and Social Order

States of Knowledge examines how scientific knowledge and social order develop together through a process called co-production. The book brings together contributions from leading scholars in science and technology studies (STS) to analyze this dynamic relationship. The collection presents case studies spanning multiple domains including climate science, biotechnology, and public health policy. Through these examples, the authors demonstrate how scientific facts and social institutions mutually shape and legitimize each other. The work challenges traditional views that separate scientific progress from political and cultural forces. It shows how knowledge-making occurs within specific historical and social contexts, while also exploring how scientific understanding influences the evolution of social structures and power. This foundational text offers insights into how societies create and validate knowledge while raising questions about expertise, authority, and the relationship between science and democracy. The co-production framework provides tools for understanding complex interactions between knowledge and social order that remain relevant to contemporary challenges.

Readers value the book's analysis of how scientific knowledge and social structures influence each other. On forums and academic sites, researchers note its clear examples of co-production in action, from climate science to biotech policy. Liked: - Accessible writing for a complex topic - Case studies that ground theoretical concepts - Strong interdisciplinary approach - Useful for science studies courses Disliked: - Dense academic language in some chapters - Uneven quality between contributed essays - Limited practical applications - Price ($49.95) considered high for length One PhD student on Goodreads called it "indispensable for understanding science-society relationships," while another reader found the writing "unnecessarily complicated." Ratings: Goodreads: 4.1/5 (42 ratings) Amazon: 4.3/5 (12 ratings) Google Books: 4/5 (15 ratings) Most academic reviewers recommend it for graduate students and researchers in science and technology studies rather than general readers.

Science in Action by Bruno Latour A sociological examination of how scientific knowledge is constructed through networks of actors, institutions, and technical practices.

The Social Construction of Reality by Peter L. Berger This foundational text explores how knowledge and reality are socially constructed through human interaction and institutionalization.

Making Natural Knowledge by Jan Golinski An analysis of the historical processes through which scientific knowledge has been created, validated, and transmitted across different social contexts.

The Politics of Pure Science by Daniel S. Greenberg A detailed investigation into the relationship between scientific research, political power, and public funding in modern society.

Laboratory Life by Bruno Latour An ethnographic study of scientific practice that reveals how scientific facts are constructed through daily laboratory work and social negotiations.

🔹 Sheila Jasanoff pioneered the concept of "co-production" in science and technology studies, arguing that scientific knowledge and social order are created simultaneously and influence each other, rather than science being a purely objective pursuit. 🔹 The book draws from case studies across multiple continents, including examples from climate science, biotechnology, and genetic research, showing how different cultures and societies shape - and are shaped by - scientific understanding. 🔹 Jasanoff holds degrees in mathematics, linguistics, and law before focusing on science studies, bringing a uniquely interdisciplinary perspective to her analysis of how science and society intersect. 🔹 The book explores how seemingly neutral scientific tools like maps, models, and statistics actually embed social values and cultural assumptions that affect policy decisions and public understanding. 🔹 Originally published in 2004, the book's core ideas about the relationship between science and society have become increasingly relevant in debates about climate change, vaccine hesitancy, and artificial intelligence governance.