The goal of the Bios Technika project is to produce, experiment with, and evaluate a web-based platform for the facilitation of inquiry into the ethical and social dimensions of emergent technologies. Bios Technika will be designed to operate in tandem with developments in contemporary biotechnology, initially synthetic biology. It seeks to enable collaborative research into the moral landscape of post-genomic science and technology.

Our goal is to develop Bios Technika to support and advance research currently underway on the ramifications of synthetic biology. If today there is a broad consensus that there is a compelling need for scientists to rethink their understanding of the gene, then, in a parallel fashion, we argue that there is an equally compelling need to rethink the cornerstone concept of ELSI: social consequences. Social consequences entails a downstream positioning of ethics and the human sciences, imposing an arbitrary hierarchy in which research somehow takes place outside of the conditions and constraints of the larger community. Contemporary post-genomic research programs can no longer be constituted as they were in the recent past: interdisciplinary biological science and human practices must be brought into a more productive adjacency if we are to create scientific knowledge in a democratic and ethical fashion.

In this light, Bios Technika builds on and hopes to extend: theoretical and empirical advances in the social studies of science, advances in data visualization using open-source media, and conceptual and practical developments in ethics. The project seeks to give form to the insights of multi-sited problem-centered social science, through rigorous conceptual frameworks and visual media technologies. Specifically, it will provide a distinctive media platform for undertaking a pragmatic testing of an approach that has been labeled the "anthropology of the contemporary."

Project Report

With the rise and expansion of the biotech sector and the broad increase in, and proliferation of, technical capacities across the life sciences, a major challenge has been to develop strategies and methods for collaboration between and among the biosciences, the human sciences and ethics. The stated goal of these efforts has been to inflect technoscience in a democratic and ethical fashion. The Bios Technika project has sought to support these ongoing efforts in connection to the rise in the development of synthetic biology. Intellectual Merits and Broader Impact. If today there is a compelling need for scientists to rethink their understanding of the genetic basis of life, then, in a parallel fashion, we argue that there is an equally compelling need to rethink the fundamental conceptual repertoires supporting prior work on the ethical, legal and social implications of the new sciences. These prior repertoires often assumed a downstream positioning of ethics and the human sciences, imposing an arbitrary hierarchy in which research somehow takes place outside of the conditions and constraints other transformations in the contemporary world. Science Studies has demonstrated that the goals and practices of research are oriented by broader concerns from the outset. Scholarship has demonstrated for decades that science and technology are formed by, and ramify across broader and more tightly connected communities than such downstream positioning would accommodate. It follows logically that contemporary post-genomic research programs can no longer be constituted as they were in the recent past: interdisciplinary biological science and human practices must be brought into a more productive adjacency if we are to inflect technoscience in a democratic and ethical fashion. To this end Bios Technika built on and extended: (a) theoretical and empirical advances in the social and anthropological studies of science, (b) advances in data visualization using open-source media, and (c) conceptual and practical developments in ethics.

Agency
National Science Foundation (NSF)
Institute
Division of Social and Economic Sciences (SES)
Type
Standard Grant (Standard)
Application #
1026087
Program Officer
Frederick Kronz
Project Start
Project End
Budget Start
2011-01-01
Budget End
2014-12-31
Support Year
Fiscal Year
2010
Total Cost
$292,233
Indirect Cost
Name
University of California Berkeley
Department
Type
DUNS #
City
Berkeley
State
CA
Country
United States
Zip Code
94710