Not a single study
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Adding neurons may keep improving visual signals despite shared noise, analysis predicts (opens in a new tab)
medicalxpress.com · 2026-09-25
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Not a single studyNo clear answer.
The article covers a research area rather than reporting a specific new paper, so there is no single study to check it against.
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Adding neurons may keep improving visual signals despite shared noise, analysis predicts
medicalxpress.com · 2026-09-25
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This story isn't reporting one study.
The article covers a research area rather than reporting a specific new paper, so there is no single study to check it against.
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No single source study.
The article covers a research area rather than reporting a specific new paper, so there is no single study to check it against.
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- Also referencedpresented as the new finding
Population coding under the scale invariance of high-dimensional noise
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Claim 1 of 6Not checkedThe paper is published in Science Advances and is titled "Population coding under the scale invariance of high-dimensional noise."View evidenceHide evidence
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Claim 2 of 6Not checkedIn all five mice, the measured power-law exponents predicted that noise correlations would not place an upper limit on information.View evidenceHide evidence
As statedin all five mice
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Claim 3 of 6Not checkedThe researchers reanalyzed recordings of approximately 18,000 to 21,000 neurons from each mouse's primary visual cortex as it viewed subtly different visual stimuli.View evidenceHide evidence
As statedapproximately 18,000 to 21,000 neurons from each mouse
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Claim 4 of 6Not checkedBy drawing random subpopulations and separating noise into distinct activity patterns, the team found two power laws that let them predict information growth beyond the observed population sizes.View evidenceHide evidence
As statedincreasingly large groups of neurons
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Claim 5 of 6Not checkedThe article says shared neural fluctuations slow the growth of information as more neurons are added, but do not bring it to a halt.View evidenceHide evidence
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Claim 6 of 6Not checkedThe study also develops a general theory of how linearly readable information scales and may inform the design of noisy computing systems.View evidenceHide evidence
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NewsLink could not identify one source study, so this claim was not compared against a paper.
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Nearby research
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Crossref, PubMed, Europe PMC · 36 candidate papers
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And 31 more candidates considered.