Technology Neutrality and Society

Introduction to Technology and Its Neutrality

  • Speaker: Rohan Lloyd

Why Study Technology

  • Purpose of Learning about Technology:
    • Understand what technology is, its origins, and its societal implications.
    • Recognize the intertwined relationship between science, technology, and society.
  • Learning Objectives:
    • Challenge myths surrounding technology neutrality.
    • Explore definitions of technology.
    • Investigate phenomenology and post-phenomenology philosophies.
    • Examine theories on the origins of technology.
    • Analyze the interrelationship of technology with science and society.
  • Assessment of Understanding:
    • Ability to describe philosophic views on technology's non-neutrality.
    • Define terms like technoscience, technological determinism, value-laden vs. value-free, multi-stability, and others.
    • Cultivate critical thinking regarding technology's role in society.

Recap: Science, Power, and People

  • Francis Bacon's Maxim:
    • "Scientia potential est" translates to "Knowledge is power."
    • Knowledge functions as a means of emancipation from poverty and ignorance, providing power over nature.
  • Power Dynamics within Society:
    • Power is concentrated in institutions like courts, corporations, and political bodies.
    • Science acts as a form of normalizing power, shaping societal norms and behaviors.
  • Role of Scientific Knowledge:
    • Science both reflects and enforces societal structures (e.g., defining readiness for work, health standards).

Importance of Understanding Science

  • Significance Today:
    • Science is fundamentally a human endeavor; understanding its functioning is key to assessing its societal impact.
    • Recognizing science’s contingent nature leads to insights about technology's development and its inherent values.
    • Awareness of the interplay between technology, science, and society highlights that they are not neutral or value-free.

Definitions of Technology

  • **Varied Definitions:
    1. The application of scientific knowledge for practical purposes, especially in industry.** [Source: Google]
    2. Machinery and equipment developed from applying scientific knowledge or processes. [Source: Google]
    3. The culmination of how social groups create material objects integral to their civilization. [Source: Dictionary.com]

Assertion of Technology's Neutrality

  • Classic Neutrality Claim:
    • "Guns don't kill people; people kill people." - Morrow (2014).
    • This assertion reflects a belief in technology's value-free position, attributing moral responsibility solely to users.
    • Important for critics to consider how this perspective influences technological application and approach to development.

Philosophical Perspectives on Technology Neutrality

  • Phenomenologists (Husserl, Heidegger):
    • Human existence is mediated by technology, blurring the lines between objective and subjective experiences.
    • Viewing technology as a tool that both shapes and alienates human perception of the world (negative, abstract view).
  • Post-Phenomenologists (Don Ihde):
    • Technology shapes our experiences of reality while also being shaped by human use.
    • Changes in perception illustrated through historical examples like Galileo's telescopes.

The Concept of Technoscience

  • Technoscience Defined:
    • A collective term that integrates the study of science and technology, treating them as a single entity rather than separate disciplines.
    • Introduced in a 2024 lecture by Hallam Stevens.

Implications for Technology Neutrality

  • Ihde's Human-Technology Relations:
    • Embodiment: Interaction between human and technology (example: glasses).
    • Hermeneutic: Interpretation of reality through the lens of technology (example: thermometers).
    • Alterity: Interaction emphasizing the technology's role in the world (example: AI interfaces).
    • Background: Technology's omnipresence in everyday life (examples: fridges, air conditioning).

Origins of Technology

  • Main Theories of Technological Origins:
    • Inventor Theory: Suggests individual inventors drive technology (e.g., Thomas Edison).
    • Industry-Driven Innovation: Invention often arises from industrial and military contexts.

The Nature of Technology: Neutral vs. Determined

  • Technological Determinism:
    • The belief that technology follows a predetermined path, unaffected by cultural or social contexts.
  • Push/Pull Factors of Technology:
    • Push (Technology-Push): New technologies emerging from research and development with no market demand.
    • Example: Microwave ovens developed from radar technology for WWII.
    • Pull (Market-Pull): Technologies developed to meet existing needs or desires of consumers.
    • Example: Development of electric cars in response to climate concerns.

Technoscience and Reliability

  • Technoscience Theory:
    • Adds complexity to origin stories by acknowledging that technology can develop unreliable paths or multiple uses.
    • Multi-Stability: Technologies can acquire new functionalities based on cultural shifts and situational contexts.
    • Examples:
      • Windmills originally used for religious purposes before becoming tools in agriculture in Europe.
      • Gunpowder used for entertainment in China but became a tool of warfare in Europe.

Societal and Technological Interconnections

  • Definition of Socio-Technical Systems:
    • Construct comprised of integrated material and social elements.
    • Include laws, values, norms, and behaviors that govern these interactions.
  • Example of Socio-Technical System - Dishwasher:
    • Invented by Josephine Cochrane in 1886 due to frustrations with manual dishwashing.
    • Initial limited adoption due to structural issues (e.g., plumbing availability).
    • Innovations in detergents and environmental concerns critical for its evolution.
    • Gendered marketing targeting women influenced societal perceptions around the appliance.

Values and Norms in Technoscience

  • Donna Haraway's Contributions:
    • Critiques technoscience as a largely masculine and capitalist enterprise.
    • Highlights how societal structures shape technological advancements and vice versa.
    • Emphasizes the need for recognizing the interdependence between humans and technology for societal improvement.

Co-production in Socio-Technical Systems

  • Co-Production Defined:
    • Concept that society and technology shape each other interactively and continuously.
    • Understanding this relationship is critical for grasping technology’s effects on social structures.

Reflecting on Non-Neutral Technology

  • Considerations for Individuals:
    • Assess how technology permeates daily life (e.g., smart devices, AI)
    • Reflect on technology's influence on personal and social environments.
    • Evaluate how methodologies, observations, and representations are mediated by technology.

Key Terms for Reference

  • Value-free: Technology viewed as neutral, without inherent moral considerations.
  • Value-laden: Technology that incorporates moral and ethical implications.
  • Technoscience: Integration of science and technology as a cohesive field.
  • Technology Push/Pull: Factors driving technological innovation based on research vs. market needs.
  • Socio-technical System: Systems integrating social and technological elements.
  • Co-production: The process of society and technology mutually constructing each other.
  • Multi-Stability: Potential for technology to gain new, unanticipated uses.
  • Technological Determinism: The belief that technology follows a certain trajectory disconnected from social contexts.
  • Phenomenology/Post-Phenomenology: Philosophical approaches examining human experience through technology.
  • Normalizing Power: The influence of scientific knowledge as a tool for societal conformity and norms.

Further Reading and Listening

  • Recommended Sources:
    • Articles and Studies:
    • Constantini et al. (2015) on eco-innovation in biofuels.
    • Crețu (2022) discussing perspectival instruments in the philosophy of science.
    • Podcasts:
    • Gastropod on the history of the dishwasher.
    • In Our Time on phenomenology and its implications.

Questions for Class Discussion

  • Open questions about the implications of technology being non-neutral and how this affects its application in society.