AI's First Vaccine Hits Humans
Summary
Economists Alex Imas and Phil Trammell discuss the profound economic implications of advanced AI, particularly concerning labor share, wealth distribution, and the nature of scarcity in an increasingly automated world. They highlight the historical constancy of the ~60% labor share despite past industrial revolutions, questioning whether this will hold as AI automates more tasks. The discussion explores scenarios where human-intrinsic "relational sector" jobs might become scarce and valuable, contrasting with the potential for infinite variety in AI-produced goods. They also address the "messy middle" scenario of job displacement without sufficient wealth creation, deeming it unlikely given historical technological expansion. The conversation touches on the first AI-designed vaccine component being trialed in humans, alongside other AI developments like OpenAI's OSS program and Meta's hidden face recognition.
Key takeaway
For policymakers and business strategists evaluating AI's economic trajectory, recognize that historical patterns of labor share stability may not fully predict future outcomes. Focus on understanding demand elasticity for human-centric services and the evolving returns to capital. Your strategy should consider indexing broad AI-driven wealth creation for equitable distribution, rather than solely relying on traditional job retraining programs, especially given the potential for rapid, concentrated technological shifts.
Key insights
Advanced AI's economic impact hinges on demand elasticity, the "relational sector," and capital's evolving returns, challenging historical labor share stability.
Principles
- Historical automation shows new jobs emerge, avoiding "lump-of-labor" fallacy.
- Value accrues where scarcity persists, like human-intrinsic services.
- Economic forecasts are unreliable; focus on scenario mapping and data collection.
Method
The article discusses economic modeling to map potential scenarios based on scarcity dimensions (e.g., full employment vs. labor share collapse) and advocates for collecting data on consumer demand elasticities and job task automation.
In practice
- Conduct conjoint analysis to quantify willingness-to-pay for human-in-the-loop services.
- Prioritize indexing broad AI-driven economic growth for wealth distribution.
- Invest in data collection for job creation/destruction and demand elasticities.
Topics
- AI Economics
- Labor Share
- Automation Impact
- Wealth Distribution
- Relational Sector
- AI-designed Vaccines
- Economic Forecasting
Code references
Best for: General Interest, Executive, Policy Maker
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Editorial summary, takeaway, and curation by AIssential. Original article published by There's An AI For That.