What remains scarce after AGI? – Alex Imas and Phil Trammell

| Podcasts | June 04, 2026 | 139 Thousand views | 1:16:09

TL;DR

Alex Imas and Phil Trammell analyze what remains scarce after AGI, arguing that while a 'relational sector' where humans provide intrinsic value may persist, increasing variety in capital goods could cause labor share to collapse to zero unless we collect critical data on consumer preferences for human involvement.

🤝 The Relational Sector and Human Value 3 insights

Human involvement carries intrinsic value

The 'relational sector' comprises goods and services where human participation itself constitutes value—such as healthcare, performances, or artisanal goods—potentially remaining scarce even after full automation of other sectors.

Empirical evidence reveals preference premiums

Experimental auctions demonstrate consumers pay significantly more for human-created art than AI-created equivalents, but this premium vanishes for mass-produced human goods, indicating value derives from perceived connection rather than mere scarcity.

Humans differ from horses

Unlike horses which were valued solely for outputs, humans provide intrinsic value through interaction itself, though this only sustains wages if consumers consistently pay premiums for human-in-the-loop tasks across sufficient economic sectors.

📉 Labor Share Dynamics and Automation 3 insights

Historical stability masks potential fragility

Labor share has remained approximately 60% for centuries despite automation because network-adjusted supply chains still embed human labor and because labor and capital function as complements.

Zero labor share is theoretically possible

If network-adjusted capital share reaches 100% for automated goods while capital variety increases faster than relational goods expand, labor share could collapse to zero despite ongoing demand for human services.

Satiation creates ambiguous outcomes

Fully automating non-relational goods could drive their marginal utility toward zero faster than production rises, potentially reallocating wealth to human services—or eliminating labor income entirely if capital variety prevents satiation.

🔮 Forecasting Limits and Data Requirements 3 insights

Economists have poor predictive track records

David Ricardo correctly predicted the automation of 1820s jobs but failed to anticipate new service-sector employment, illustrating the 'lump-of-labor fallacy' and the difficulty of forecasting structural economic change.

Scenario modeling outperforms point predictions

Rather than making specific forecasts, economists should map distinct scenarios—such as labor share dropping to zero versus full employment—to identify which observable data would distinguish between them.

Critical data gaps hinder analysis

Current frameworks lack measures of consumer demand elasticities for human involvement, necessitating a 'Manhattan Project for data' including conjoint analysis of willingness to pay for automated versus human-in-the-loop services.

⚙️ Capital Variety and Satiation 3 insights

The Mongolian economist fallacy

Analogous to a 1400 Mongolian economist predicting all wealth would flow to singers once transportation was automated, modern forecasters risk underestimating how capital variety expands demand faster than satiation sets in.

Moore's Law and value decline

The economic value of transistors has effectively halved every 18 months as supply outpaced demand, but AI may reverse this by generating infinite new uses for compute, potentially maintaining or increasing capital's share indefinitely.

Compute demand defies historical trends

Unlike declining transistor value, H100 rental prices have risen despite technological progress, indicating AI is creating sufficient new demand varieties to prevent capital satiation.

Bottom Line

Policymakers should prepare for multiple economic scenarios—including potential collapse of labor share—by immediately funding large-scale data collection on consumer willingness to pay for human involvement, rather than relying on historical patterns that may not survive full supply chain automation.

More from Dwarkesh Patel

View all
Grant Sanderson (@3blue1brown) – AI and the future of math
1:33:39
Dwarkesh Patel Dwarkesh Patel

Grant Sanderson (@3blue1brown) – AI and the future of math

Grant Sanderson explains that AI progress in mathematics reveals a 'fractal frontier' with highly uneven capabilities; solving even Millennium Prize problems may not indicate full AGI if the solution relies on cross-domain pattern matching rather than sustained theory-building.

20 days ago · 9 points
How Machiavelli's Florence bargained with Cesare Borgia for survival – Ada Palmer
2:08:21
Dwarkesh Patel Dwarkesh Patel

How Machiavelli's Florence bargained with Cesare Borgia for survival – Ada Palmer

Ada Palmer explains that Machiavelli wrote *The Prince* during a crisis of institutional legitimacy in Italy, where constant papal interference and broken city-state continuity created chaos. His infamous advice was shaped by firsthand experience with Cesare Borgia, against whom Florence's only survival strategy was calculated submission—buying time through abject loyalty until fortune (in the form of a pope's death) intervened.

about 1 month ago · 10 points
Sarah Paine - Why Russia and China can't escape geography
1:02:07
Dwarkesh Patel Dwarkesh Patel

Sarah Paine - Why Russia and China can't escape geography

Sarah Paine argues that geography fundamentally constrains Russia and China to remain continental 'elephants' dependent on land armies and territorial expansion, lacking the geographic moats, sea access, and institutional stability required to become maritime 'whales' regardless of their ambitions.

about 1 month ago · 10 points
Chip design from the bottom up – Reiner Pope
1:20:20
Dwarkesh Patel Dwarkesh Patel

Chip design from the bottom up – Reiner Pope

Reiner Pope explains how AI chips work from fundamental logic gates up, revealing that the physical cost of moving data between memory and compute units (via multiplexers) often exceeds the cost of the actual mathematical operations, and that circuit area scales quadratically with precision, making low-precision arithmetic exponentially more efficient than commonly assumed.

about 2 months ago · 9 points