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- All Subjects: Scientists
- All Subjects: Science history
- Creators: Broglio, Ronald
Description
This thesis examines the role of the media and popular culture in defining the shape and scope of what we think of today as "science." As a source of cognitive authority the scientific establishment is virtually beyond dispute. The intellectual clout of science seemingly elevates it to a position outside the influence of the general population. Yet in reality the emergence and evolution of the public sphere, including popular culture, has had a profound impact on the definition and application of science. What science is and how it relates to the life of the ordinary person are hardly static concepts; the public perception of science has been molding its boundaries since at least the 18th century. During the Enlightenment "natural philosophy" was broadly accessible and integrated nicely with other forms of knowledge. As the years passed into the 19th century, however, science became increasingly professionalized and distinct, until the "Two Cultures" had fully developed. The established scientific institution distanced itself from the nonscientific community, leaving the task of communicating scientific knowledge to various popularizers, who typically operated through the media and often used the mantle of science to further their own social or political agendas. Such isolation from orthodox science forced the public to create an alternate form of science for popular consumption, a form consisting mainly of decontextualized facts, often used in contrast to other forms of thought (i.e. religion, art, or pseudoscience). However, with the recent advent of "Web 2.0" and the increasing prominence of convergence culture, the role of the public sphere is undergoing a dramatic revolution. Concepts such as "collective intelligence" are changing consumers of information into simultaneous producers, establishing vast peer networks of collaboration and enabling the public to bypass traditional sources of authority. This new hypermobility of information and empowerment of the public sphere are just now beginning to break down science's monolithic status. In many ways, it seems, we are entering a new Enlightenment.
ContributorsSmith, Robert Scott (Author) / Lussier, Mark (Thesis advisor) / Broglio, Ronald (Committee member) / Bivona, Daniel (Committee member) / Arizona State University (Publisher)
Created2012
Description
At the beginning of the nineteenth century, there was no universal term to describe a person who practiced science. In 1833, the term “scientist” was proposed to recognize these individuals, but exactly who was represented by this term was still ambiguous. Supported by Bruno Latour’s theory of networks and hybridity, The Emerging Scientist takes a historical approach to analyze the different collectives of individuals who influenced the cultural perception of science and therefore aided in defining the role of the emerging scientist during the nineteenth century.
Each chapter focuses on a collective in the science network that influenced the development of the scientist across the changing scientific landscape of the nineteenth century. Through a study of William Small and Herbert Spencer, the first chapter investigates the informal clubs that prove to be highly influential due, in part, to the freedom individuals gain by being outside of formal institutions. Through an investigation of the lives and works of professional astronomer, Caroline Herschel, and physicist and mathematician, James Clerk Maxwell, chapter two analyzes the collective of professional practitioners of science to unveil the way in which scientific advancement actually occurred. Chapter three argues for the role of women in democratizing science and expanding the pool from which future scientists would come through a close analysis of Jane Marcet and Agnes Clerke, members of the collective of female popularizers of science. The final chapter examines how the collective of fictional depictions of science and the scientist ultimately are part of the cultural perception of the scientist through a close reading of Shelley’s Alastor; or, the Spirit of Solitude and Wilde’s The Picture of Dorian Gray. Ultimately, The Emerging Scientist aims to recreate the way science is studied in order to generate a more comprehensive understanding of the influences on developing science and the scientist during the nineteenth century.
Each chapter focuses on a collective in the science network that influenced the development of the scientist across the changing scientific landscape of the nineteenth century. Through a study of William Small and Herbert Spencer, the first chapter investigates the informal clubs that prove to be highly influential due, in part, to the freedom individuals gain by being outside of formal institutions. Through an investigation of the lives and works of professional astronomer, Caroline Herschel, and physicist and mathematician, James Clerk Maxwell, chapter two analyzes the collective of professional practitioners of science to unveil the way in which scientific advancement actually occurred. Chapter three argues for the role of women in democratizing science and expanding the pool from which future scientists would come through a close analysis of Jane Marcet and Agnes Clerke, members of the collective of female popularizers of science. The final chapter examines how the collective of fictional depictions of science and the scientist ultimately are part of the cultural perception of the scientist through a close reading of Shelley’s Alastor; or, the Spirit of Solitude and Wilde’s The Picture of Dorian Gray. Ultimately, The Emerging Scientist aims to recreate the way science is studied in order to generate a more comprehensive understanding of the influences on developing science and the scientist during the nineteenth century.
ContributorsSoutherly, Kaitlin (Author) / Lussier, Mark (Thesis advisor) / Broglio, Ronald (Committee member) / Bivona, Daniel (Committee member) / Arizona State University (Publisher)
Created2016