IAS/UPSC Coaching Institute  

Editorial 2 : Diffusion is Destiny

Context: How technology affects balance of power and the lesson for India.   

 

Introduction: Jeffrey Ding’s much-discussed book Technology and the Rise of Great Powers (Princeton University Press) is upending a lot of conventional wisdom. Transitions in the balance of power in the international system are often driven by technology.

 

Conventional Wisdom vs. Ding’s Thesis

  • Traditional Leading Sectors Theory
    • Dominance in leading sectors (e.g. textiles, chemicals, electronics) drives economic and geopolitical power.
    • Examples
      • Britain’s textile dominance during the Industrial Revolution.
      • Germany’s chemical industry in the Second Industrial Revolution.
      • Japan’s 1980s edge in consumer electronics and automobiles.
  • Ding’s General Purpose Technologies (GPT) Framework
    • GPTs are technologies with broad applicability that drive productivity gains across multiple sectors (e.g. steam engines, electricity, AI).
    • According to Ding, national power stems from diffusion of GPTs, not sector-specific dominance.
    • Examples
      • Britain’s Industrial Revolution success relied on iron-based machinery diffused across industries, not just textiles.
      • The U.S. overtook Germany by institutionalizing electricity adoption and engineering standards.

 

Historical Case Studies

  • First Industrial Revolution (Britain)
    • Conventional View: Textile innovation as the driver.
    • Ding’s View: Power came from iron-based machines and widespread engineering skills.
  • Second Industrial Revolution (Germany vs. U.S.)
    • Germany: Led in sectors like chemicals but lacked GPT diffusion.
    • U.S.: Surpassed Germany by standardizing electricity adoption and fostering engineering adaptability.
  • Third Industrial Revolution (Japan vs. U.S.)
    • Japan: Dominated consumer electronics but lagged in computerization diffusion.
    • U.S.: Leveraged GPTs (e.g. computing) to transform multiple sectors simultaneously.

 

Implications for Development

  • Lessons for Countries like India
    • Prioritize Systemic Change:
      • Invest in human capital (widespread education, not sector-specific training).
      • Build institutional adaptability and interoperability of technologies.
  • Avoid Overemphasis on Leading Sectors: Sectoral gains (e.g. exports) are transient. GPT diffusion ensures long-term growth.
  • Challenge: GPT diffusion lacks headline appeal and requires long-term, foundational investments.

 

Geopolitical Implications

  • U.S. vs. China
    • China’s Strengths: Dominance in leading sectors (e.g. electric vehicles).
    • U.S. Edge: Superior GPT diffusion (e.g. AI, engineering ecosystems) if institutions remain intact.
  • Ding’s Prediction
    • Critical Factor: Not who invents technologies (e.g. AI), but who diffuses them widely.
    • Risk: U.S. advantage could erode if policy undermines institutional frameworks (e.g. Trump-era reforms).

 

Conclusion and Way Forward

  • Diffusion is Destiny, nations must prioritize systemic GPT adoption over sectoral dominance.
  • Foster institutional flexibility, human capital, and foundational investments.
  • Shift focus from "mission-mode" innovations to economy-wide technological integration.