Power generation and understanding new materials (e.g., steel).
Mechanics (Isaac Newton) and economics (Adam Smith).
Technology:
Development of machines for mining, manufacturing, construction, and transportation.
Societal Context:
English society as a superpower.
Enabling environment: Abundance of coal, resources, and capital from colonies.
Outcomes:
England's rise as a major power economically and militarily.
Introduction of pollution as a global concern.
3. Modern Times (Genetics and GMOs)
Science Involved:
Understanding of genetics and genetic modification.
Technology:
Genetically modified organisms (GMOs) as food sources.
Societal Concerns:
Food security and health risks.
Proprietary ownership issues for farmers regarding GMOs.
Outcomes:
Responses to GMOs vary by society:
American society allows consumption with regulations.
Russia prohibits GMOs.
Summary
Analogy of STS interaction:
Science = Brain of a driver.
Society = Body of the driver.
Technology = Automobile.
Society dictates the application of scientific knowledge according to its needs and priorities.
Science needs to satisfy the society's fears, problems, and priorities to yield useful results.
Conclusion
The dynamic interplay between science, technology, and society shapes the outcomes of each domain. The historical context, societal values, and available technologies influence the progress and acceptance of scientific developments.