F-007 / AI & Economy / 26 OCT 2026

When will AI measurably change economic growth?

By 31 December 2035, will at least two independent macroeconomic analyses attribute an additional one percentage point or more of annual US labor-productivity growth to AI over a common three-year observation period? This forecast uses a provisional subjective 35% initial estimate and awaits independent review of its rules.

Recorded: 26 October 2026. Version: v0.1. Not independently locked, calibrated or scored.

F-007 / EXPANDED FORECAST ANALYSIS / 29 OCT 2026

Understanding the Macroeconomic productivity forecast

This is an original provisional v0.1 subjective probability, not a measured or independently locked forecast. The stored draft and any historical numbers remain unchanged.

Specific verification target

+1 percentage point annual growth. A company announcement is not a substitute for independently verifiable evidence.

01 / DATA & EVIDENCE

What the original data does and does not say

Widespread workplace adoption is not equivalent to a measurable national productivity acceleration. Employees might save time on narrow tasks without creating proportionate new output, while macroeconomic data can be moved by capital spending, business cycles and changes in the composition of work.

F-007 original subjective scenario or evaluation threshold
Original Cortist visualization of the published draft values or proposed threshold. Not observed outcomes.
Evidence pathway: Observed US output; AI/no-AI counterfactual; Three-year shared window; Two independent studies
Four distinct verification requirements, proposed but not independently locked.

A single company claiming time savings, a national productivity jump or an investment boom would not establish the target causal contribution. The crucial distinction is between a measured change in output per hour and a defensible attribution to AI rather than other forces.

02 / PROPOSED PROTOCOL

What would make this claim checkable?

F-007's proposed test asks at least two independent qualified research groups to identify at least one additional percentage point of annual US labor-productivity growth attributable to AI across a comparable three-year observation window. Each study must explain the no-AI counterfactual and separate other influences.

GATE 01Observed US output

Required part of the proposed evidence path; one step alone cannot settle the question.

GATE 02AI/no-AI counterfactual

Required part of the proposed evidence path; one step alone cannot settle the question.

GATE 03Three-year shared window

Required part of the proposed evidence path; one step alone cannot settle the question.

GATE 04Two independent studies

Required part of the proposed evidence path; one step alone cannot settle the question.

The historical forecast record above contains the complete original draft criteria. Those historical rules are not being retrospectively changed by this expanded explanation.

03 / FUTURE EVIDENCE

What evidence could change the assessment?

Watch transparent productivity data, counterfactual methods, independent replications and whether studies can agree on a common three-year window. A future review should also clarify revisions to official productivity statistics. The 35% figure is not a statistical estimate from those future studies.

An announcement, a source-attributed observation, an independent replication and a formally resolved forecast are separate types of evidence. Cortist should preserve the difference when judging later developments. Until the rules are independently frozen, this question cannot add a legitimate score to a forecasting track record.

04 / QUICK ANSWERS

Frequently asked questions

Does AI adoption guarantee higher productivity?

No. Adoption, labor productivity and causally attributable gains are different measurements.

Would a one-year surge settle this forecast?

No. The proposed outcome needs a common three-year observed window and two independent analyses.

Is 35% a measured macroeconomic effect?

No. It is a provisional probability for a future specified event.

Published supporting sources

These source documents were already cited in the original forecast. The links support contextual review; their presence is not an independent replication or confirmation of an outcome.

Inspect the original machine-readable F-007 v0.1 forecast record

Explore original context

Substantive explanatory update: 29 October 2026. Historical data, original publication dates, probabilities, sliders and scoring eligibility are unchanged.

WHAT MUST BE VERIFIED

Test the question,
not the headline.

By 31 December 2035, will at least two independent macroeconomic analyses attribute an additional one percentage point or more of annual US labor-productivity growth to AI over a common three-year observation period?

  1. Two independent qualified research groups use published, comparable counterfactual methods and a shared three-year observed US growth window ending no later than 2035.
  2. Each estimates an additional >=1.0 percentage point average annual US labor-productivity growth attributable to AI, above a documented no-AI counterfactual.
  3. Studies explicitly separate software and AI effects from other capital investment, workforce shifts, cyclical recovery and selection bias.

An independent reviewer must approve precise datasets, sampling or evaluation thresholds and adjudication rules. No retrospective revision of the event is permitted for formally scored versions. The current draft remains unscored.

WHY THIS IS UNCERTAIN

A versioned editorial scenario.

Companies can invest heavily in AI, deploy new tools and report employee time savings without generating a proportional macroeconomic productivity gain. An increase in usage is not the same outcome as higher output per hour of work. Cortist tracks the difference between adoption, investment, firm-level experiments and national productivity statistics.

Productivity is affected by business cycles, ordinary capital deepening, wages, regulation, demographic change, training and measurement practices. A single estimated AI contribution could rest on unverified assumptions. The proposed F-007 test therefore calls for independent analyses using a documented no-AI counterfactual and comparable observed years.

Cumulative scenario anchors: 2026: 2% · 2030: 14% · 2035: 35% · 2040: 58% · 2050: 79% · 2060: 89% · 2070: 94%. These are subjective assumptions, not an empirically calibrated estimate. They should be challenged with independent evidence, not interpreted as precise forecasts.

Sources and open data

PRIMARY / INSTITUTIONAL SOURCE 01

OECD 2026, Digital technology diffusion

Adoption and productivity premia are partly explained by human and technology capital.

Read original evidence ↗
PRIMARY / INSTITUTIONAL SOURCE 02

OECD 2026, Productivity compendium

Labor productivity context; observed growth cannot be attributed to AI without controls.

Read original evidence ↗
PRIMARY / INSTITUTIONAL SOURCE 03

IMF 2026, AI deployment and disruption

AI investment contributes to growth but productivity attribution remains difficult.

Read original evidence ↗
F-007 / DOCUMENTED DRAFT

Original estimate retained

Initial 35% probability documented on 26 October 2026. A later adjustment would require a separate new snapshot, archived assumptions and sources.

COMPLETE TOPIC ANALYSIS

Explore AI & Economy

Read research background, uncertainties and use the interactive year slider.

Topic report ↗