A Feminist Perspective of Science
ToK students often find it hard to evaluate the Natural Sciences beyond validity issues of the scientific method. The feminist perspective of science helps us to reconsider some issues of objectivity and knowledge production in the sciences. This blog post considers the influences of gender on the acquisition, production, and interpretation of scientific knowledge, we focus on the work of key feminist theorist Donna Haraway, and use the work of Sandra Harding, and Evelyn Fox Keller. For ToK (Theory of Knowledge) students, understanding the feminist approach to science helps to appreciate the nuances in the construction of scientific knowledge, and the role that gender plays in that process.
The Critique of Traditional Objectivity
Historically, the quest for scientific objectivity aimed to eliminate biases, believing in the existence of a 'natural light of truth.' (as put forward by Descartes). However, feminist and Marxist critiques challenge this notion, arguing that biases are inherent to the human condition, thus questioning the very possibility of absolute objectivity. Donna Haraway, in "Situated Knowledges," evaluates previous feminist attempts to undermine the scientific pretension to a 'view from nowhere.' She argues against the possibility of Baconian objectivity, advocating instead for a new form of objectivity that acknowledges the 'situatedness' of scientists.
Situated Knowledges and the Role of Gender in Science
Haraway's concept of 'situated knowledges' introduces the idea that all scientific knowledge is rooted in the specific contexts of its producers. This notion extends beyond the Marxist focus on class to include gender as a critical factor influencing scientific inquiry. Unlike earlier feminist philosophers who may have focused on a distinctly 'feminine' science, Haraway and others like Sandra Harding and Evelyn Fox Keller highlight the broader implications of gendered biases in the methodology and practice of science. They critique the dominance of 'toxic masculinity' in scientific methodologies, which often emphasize control and predictability, overlooking the diverse and interconnected nature of scientific phenomena.
Feminist Science: Beyond Bias
The feminist perspective on science seeks to move beyond simply identifying biases to proposing more inclusive and reflexive approaches to scientific research. This involves recognizing the value of diverse perspectives in enriching scientific inquiry and ensuring that scientific practices and policies are informed by a wide range of experiences and understandings. The involvement of individuals from various backgrounds—gender, nationality, class—in both research and policy-making is crucial for a more holistic and democratic approach to science.
The Interplay of Science and Technology: A Cyborg Manifesto
Haraway's "A Cyborg Manifesto" further explores the relationship between science, technology, and society, suggesting that our engagement with technology shapes our perceptions and interactions with the world. By embracing the cyborg as a metaphor for the complex interconnections between humans and technology, Haraway challenges traditional dichotomies and advocates for a more nuanced understanding of our technological entanglements. This perspective encourages us to reconsider the ways in which scientific and technological advancements are integrated into our lives and how they redefine our concepts of humanity and nature.
Rethinking Scientific Objectivity and Knowledge Production
The feminist critique of science calls for a reevaluation of what counts as objective knowledge and who gets to produce it. By emphasizing the importance of 'situated knowledges,' feminist theorists argue for a science that is more responsive to the social and ethical implications of its practices. This entails a shift from a singular, universal perspective to a multiplicity of viewpoints that reflect the complex realities of our world.
Conclusion: Towards a Feminist Science
The feminist perspective on science offers a powerful critique of traditional notions of objectivity and a pathway towards a more inclusive, ethical, and reflexive science. By acknowledging the influence of gender and other social factors on scientific inquiry, we can move towards a science that not only produces knowledge but also reflects the diverse realities and experiences of its global community. In doing so, we embrace a feminist science that values diversity, interconnection, and the responsible application of scientific knowledge for the betterment of society.
References
Haraway, D. (1988). Situated Knowledges: The Science Question in Feminism and the Privilege of Partial Perspective.
Haraway, D. (1985). A Cyborg Manifesto: Science, Technology, and Socialist-Feminism in the Late Twentieth Century.
Harding, S. (1991). Whose Science? Whose Knowledge? Thinking from Women's Lives.
Keller, E.F. (1985). Reflections on Gender and Science.
Latour, B. (1987). Science in Action: How to Follow Scientists and Engineers Through Society.
This exploration into the feminist perspective of science not only highlights the critical role of gender in shaping scientific knowledge but also calls for a reimagined approach to scientific inquiry—one that is inclusive, ethically conscious, and reflective of the diverse world it seeks to understand.
To find out (a lot) more about the feminist perspective of science head over to The Partially Examined Life blog and podcast.