Technological Stagnation Theory
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A Technological Stagnation Theory is a stagnation theory that posits technological innovation deceleration following periods of technological acceleration.
- AKA: Tech Stagnation Thesis, Innovation Plateau Theory, Technological Slowdown Theory.
- Context:
- It can typically identify post-1970s innovation deceleration in physical technology domains.
- It can typically contrast atoms-world stagnation with bits-world progress.
- It can often attribute stagnation causes to regulatory burdens and cultural risk aversion.
- It can often predict economic consequences through productivity slowdowns.
- It can range from being a Mild Technological Stagnation Theory to being a Severe Technological Stagnation Theory, depending on its deceleration magnitude.
- It can range from being a Sector-Specific Technological Stagnation Theory to being a General Technological Stagnation Theory, depending on its scope breadth.
- It can range from being a Temporary Technological Stagnation Theory to being a Permanent Technological Stagnation Theory, depending on its duration expectation.
- It can range from being a Supply-Side Technological Stagnation Theory to being a Demand-Side Technological Stagnation Theory, depending on its causal mechanism.
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- Examples:
- Historical Technological Stagnation Theorys, such as:
- Domain-Specific Technological Stagnation Theorys, such as:
- ...
- Counter-Examples:
- Technological Acceleration Theory, which posits increasing innovation velocity.
- Digital Revolution Theory, which emphasizes information technology progress.
- Singularity Theory, which predicts exponential technological growth.
- See: Economic Stagnation Theory, Innovation Theory, Technological Progress Measure, Scientific Stagnation Theory, Productivity Paradox, Future State of Large-Scale Technological Unemployment, Artificial Intelligence Revolution.