Gallery
Charts
41 charts from the Post-Labor Economics research. Click a chart for the full-size file.
Data
14 charts
American Housing Construction Starts per 100,000 People
U.S. housing construction starts per 100,000 people, from about 1900 to the 2020s: a mid-century peak, a collapse in the early 1930s, another low around 2010, and a partial recovery since.
Full-size file: American Housing Construction Starts per 100,000 PeopleCivilian Employment, Seasonally Adjusted
U.S. civilian employment, seasonally adjusted, October 2004 to October 2024 (Bureau of Labor Statistics): dips around 2009, a plunge in 2020, then new highs.
Full-size file: Civilian Employment, Seasonally AdjustedCivilian Labor Force Participation Rate
U.S. civilian labor force participation rate, seasonally adjusted (Bureau of Labor Statistics): a slide from about 66% to about 63%, a brief plunge in 2020, then a partial recovery.
Full-size file: Civilian Labor Force Participation RateCost vs Utility per Token (2020–2025)
Cost per 1,000 tokens (log scale) against capability (MMLU score), 2020–2025: cost falls more than a hundredfold while the score roughly doubles.
Full-size file: Cost vs Utility per Token (2020–2025)Prime-Age (25–54) Male Labor-Force Participation, U.S.
Labor-force participation of U.S. men aged 25–54, 1950–2023: a long decline from about 98% to the high 80s, with a slight uptick at the end.
Full-size file: Prime-Age (25–54) Male Labor-Force Participation, U.S.Real Value of the U.S. Federal Minimum Wage
The U.S. federal minimum wage in 2019 dollars, from 1968 to 2023: its real value peaks in 1968 and trends down since, apart from a rise around 2009.
Full-size file: Real Value of the U.S. Federal Minimum WageU.S. Farm Employment vs. Real Output, 1910–2015
U.S. farm employment, 1910–2015, falls from about 13.6 million to about 2.4 million, steepest from 1950 to 1975, while real agricultural output keeps rising.
Full-size file: U.S. Farm Employment vs. Real Output, 1910–2015U.S. Manufacturing Employment vs. Output, 1925–2025
Illustrative decade-by-decade points: U.S. manufacturing employment peaks around 1979 and then falls, while real manufacturing output climbs steadily throughout.
Full-size file: U.S. Manufacturing Employment vs. Output, 1925–2025U.S. Productivity vs Typical Pay (1979 = 100)
U.S. net productivity against nonsupervisory compensation, indexed to 1979 = 100, through the early 2020s: productivity rises far faster than pay, and the gap keeps widening.
Full-size file: U.S. Productivity vs Typical Pay (1979 = 100)U.S. Union Density Over Time
The U.S. union membership rate, 1955–2023: a fall from about a third of workers to about a tenth.
Full-size file: U.S. Union Density Over TimeYouth (16–24) Labor-Force Participation vs. Industrial Phases
Labor-force participation of 16- to 24-year-olds, 1948–2020s: a rise to the late 1970s, a plateau, then a fall to a low in 2020, with shading for the third to fifth industrial revolutions.
Full-size file: Youth (16–24) Labor-Force Participation vs. Industrial Phases
Projections and models
16 charts
Aggressive Ramp-Up Scenario for U.S. Humanoid Robots (2024–2050)
An aggressive scenario for cumulative U.S. humanoid robots (log scale): deployment starts in 2028 and passes a 57-million target around 2041.
Full-size file: Aggressive Ramp-Up Scenario for U.S. Humanoid Robots (2024–2050)Credential Inflation: Median Schooling for Entry-Level Work
Median years of schooling required for entry-level work, 1800–2045, against the levels from primary school to doctorate: a steady rise from about 3 years to about 18.5 years by 2045.
Full-size file: Credential Inflation: Median Schooling for Entry-Level WorkEstimated and Projected U.S. Jobs Displaced by Automation (1950–2045)
Estimated U.S. jobs displaced by automation each year, 1950–2025, rising to about 1 million, with projections to 2045 under linear and exponential acceleration.
Full-size file: Estimated and Projected U.S. Jobs Displaced by Automation (1950–2045)Estimated Annual U.S. Jobs Displaced by Automation (1950–2025)
Estimated U.S. jobs displaced by automation each year, 1950–2025: a long climb with a dip around 2010, reaching about 1 million a year by 2025.
Full-size file: Estimated Annual U.S. Jobs Displaced by Automation (1950–2025)Fastest Plausible Timelines to 1 Billion Humanoid Robots
Three scenarios for cumulative humanoid robots, 2025–2060: optimistic, central and conservative curves each cross 1 billion in the 2040s.
Full-size file: Fastest Plausible Timelines to 1 Billion Humanoid RobotsForecast: Urban Office Space (2010–2045)
Forecast urban office space, 2010–2045: occupied space falls by about half as vacancy climbs, across a pandemic remote-work shift and later automation and humanoid-robot waves.
Full-size file: Forecast: Urban Office Space (2010–2045)Illustrative AI-Induced Deflationary Pressures, 2025–2045
Illustrative AI-induced CPI impulse in annual percentage points, 2025–2045, split into a supply-side (productivity) effect and a larger demand-side (wage loss) effect, together approaching −10 by 2045.
Full-size file: Illustrative AI-Induced Deflationary Pressures, 2025–2045Modeled Decline of AI Capability Jerk
Modeled AI capability “jerk” (the rate of change of acceleration), October 2023 to December 2027: an S-shaped fall toward zero, steepest during 2025.
Full-size file: Modeled Decline of AI Capability JerkNet Corporate Income Needed for a $60k Dividend
Net corporate income needed to fund a $60,000 annual dividend per adult, at effective corporate tax rates from 1% to 60%: the lower the rate, the larger the corporate base required.
Full-size file: Net Corporate Income Needed for a $60k DividendPost-Labor Income Distribution
Illustrative annual income by source in a mature post-labor economy (2040s and later): universal basic income, public wealth-fund dividends, collectively owned assets, personal assets and residual wages.
Full-size file: Post-Labor Income DistributionProjected Adoption Curve for Computer-Using Agents (2024–2040)
Projected share of vulnerable keyboard-video-mouse (KVM) jobs taken over by computer-using agents, 2024–2040: an S-curve that stays low through 2028, rises steeply in the early 2030s and nears 100% by the late 2030s.
Full-size file: Projected Adoption Curve for Computer-Using Agents (2024–2040)Projected Total Demand for Human Labor (U.S.)
Projected U.S. demand for human labor as a share of the 2025 workforce, 2025–2045: a fall to well under half, steepest between 2030 and 2035.
Full-size file: Projected Total Demand for Human Labor (U.S.)Projected Unit Cost of Medium-Utility Humanoid Robots
Projected unit cost of medium-utility humanoid robots (log scale), 2025–2060, under central, optimistic and conservative scenarios, all falling by roughly an order of magnitude.
Full-size file: Projected Unit Cost of Medium-Utility Humanoid RobotsStylized Cumulative U.S. Job Displacement (1980–2025)
Stylized cumulative U.S. jobs displaced by globalization (trade and offshoring) and by automation, 1980–2025: trade losses plateau around 2010 while automation keeps climbing.
Full-size file: Stylized Cumulative U.S. Job Displacement (1980–2025)U.S. Humanoid Robots: Workforce and Household Thresholds
Projected cumulative U.S. humanoid robots (log scale) from 2028 to 2050, passing a 57-million workforce target around 2041 and the number of U.S. households (about 130 million) near 2048.
Full-size file: U.S. Humanoid Robots: Workforce and Household ThresholdsUtility Trajectories 2020–2035 under Five Scenarios
Utility per dollar (log scale), 2020–2035: a steep rise to 2025, then five scenarios, from “Worst” to “Snap,” spreading over several orders of magnitude by 2035.
Full-size file: Utility Trajectories 2020–2035 under Five Scenarios
Diagrams
11 charts
Aggregate Demand (Household Income)
Aggregate demand as household income from three sources: wages (faded, with a downward arrow), property and transfers.
Full-size file: Aggregate Demand (Household Income)AI Pushing the Limits
Anton Korinek’s stylized distribution of tasks by complexity, with tasks automated by 2023 in gray. If complexity is unbounded, humans keep moving to harder tasks; if it is bounded, AI may overtake all human capabilities.
Full-size file: AI Pushing the LimitsAlgorithmic Rights
Algorithmic rights as a new central pillar, replacing labor rights, between property rights and democratic rights; its parts are data sovereignty, algorithmic auditability, participatory algorithmic governance, and algorithmic dividend and liability.
Full-size file: Algorithmic RightsBlockchain Power
A pillar enclosing a chain, surrounded by four attributes: democratic, unstoppable, decentralized and permissionless.
Full-size file: Blockchain PowerFour Pillars of Civic Society
Four columns labeled people, state, businesses and banks, each topped by a matching icon.
Full-size file: Four Pillars of Civic SocietyIncome Hierarchy in a Post-Labor Economy
Five tiers of post-labor income: universal basic income at the base, then public wealth-fund dividends, collectively owned private assets, personally accumulated assets, and residual wages at the top.
Full-size file: Income Hierarchy in a Post-Labor EconomyJobs as Identity, Not Assets as Freedom
Text graphic: people are conditioned to see “jobs as identity,” not “assets as freedom.”
Full-size file: Jobs as Identity, Not Assets as FreedomLabor Substitution
Labor substitution: an arrow from a human figure to a machine, with icons for better, faster, cheaper and safer.
Full-size file: Labor SubstitutionLevers of Power
Three pillars of economic agency: labor rights (faded and cracked, with a downward arrow), property rights and democratic rights.
Full-size file: Levers of PowerProperty-Based Income
Income sources in a post-wage economy: UBI, wealth funds, private collective property and private wealth, with residual wages faded and marked by a downward arrow.
Full-size file: Property-Based IncomeThe Great Decoupling
Definition card: Post-Labor Economics acknowledges the irreversible decoupling of GDP growth from wage employment and builds institutions that turn the productivity surplus into broad, property-based income streams.
Full-size file: The Great Decoupling








































