From scientific claims to clearer decisions

Better research
starts with
a clearer picture.

What does the evidence support? Where does it disagree? Turn your papers into traceable findings—and a stronger rationale for what to study next.

Source-grounded extraction. Researcher-led review. Your source materials stay private.

Meet EvidentiaA closer look at your research workspace
01

Start with a question

Define your claim and the evidence you need.

02

Listen to the studies

Extract what each paper actually reports.

03

See the bigger picture

Explore support, conflict and uncertainty.

Built for careful research

Is your next study needed? Start with the evidence.

Evidence you can trace

Upload PDFs relevant to your project’s Scientific Claim and its core elements: population or subject (CE1C), exposure or intervention (CE2C), and outcome (CE3C). Evidentia independently assesses each study’s relevance to the claim using the submitted source text, rather than assuming an uploaded paper is relevant. You can also paste full study text or abstracts and inspect source-grounded findings.

Review without erasing history

Replace an unreadable source while retaining earlier versions and reviews. Reversibly exclude incomplete studies instead of losing their records.

Uncertainty, explained

Read the equations, inspect charts and export results. The model treats informative studies equally; it does not measure effect size, study quality or claim truth.

Explore before you begin

One method. Many research questions.

From public health to ecology, see how different patterns of evidence shape the questions worth asking next.

Example previews. Evidence predominance is not the probability that a claim is true.

From saved projects

A view of research in progress.

Explore aggregate snapshots across research fields. These are saved project records, not independently verified findings.

Filters these public project snapshots only. Method examples and your private workspace are unchanged.

Public showcase results are unavailable.

Project snapshots are unavailable right now. You can still explore the method examples below.

Charts describe a model of study-support rates, not research quality or proof of a claim.

Same method. Different patterns.

Put uncertainty in perspective.

Compare two project examples. See how evidence balance and precision differ—without treating a stronger pattern as better-quality research.

Making room for pollinators

Native wildflower strips increase wild pollinator abundance on agricultural land.

Scientific Claim · C

9 Support1 Contradict2 Excluded · not counted

Uncertainty snapshotBeta(1,1) → Beta(10,2)
Posterior study-support rate for ecology exampleUniform prior and posterior density. The shaded 95% equal-tailed credible interval spans 58.7% to 97.7%. The vertical dashed line is p = 0.5. Both axes use the same scale across examples. This is not the probability the claim is true.PosteriorUniform priorDensity · 95% interval0.00.51.0p · underlying study-support rate

99.4%

58.7%–97.7%

Posterior mean 83.3%

Support predominates in this model

In this example, the entire 95% interval lies above 0.5. That describes a modeled support rate—not proof of effectiveness or high-quality evidence.

A question to explore: Does this pattern transfer across landscapes, crop types, and multiple growing seasons?

Less screen time, better sleep?

Limiting evening smartphone use improves sleep quality in working adults.

Scientific Claim · C

2 Support2 Contradict1 Excluded · not counted

Uncertainty snapshotBeta(1,1) → Beta(3,3)
Posterior study-support rate for psychology exampleUniform prior and posterior density. The shaded 95% equal-tailed credible interval spans 14.7% to 85.3%. The vertical dashed line is p = 0.5. Both axes use the same scale across examples. This is not the probability the claim is true.PosteriorUniform priorDensity · 95% interval0.00.51.0p · underlying study-support rate

50.0%

14.7%–85.3%

Posterior mean 50.0%

Too little evidence to favor either direction

Equal counts in this example leave a symmetric, wide posterior. This uncertainty does not show that the intervention has no effect.

A question to explore: Would longer follow-up and objectively measured sleep produce a clearer picture?

See the bigger picture

What does the evidence reveal?
Where could your research lead?

Follow a public-health question from individual studies to a clearer view of what is supported, what is disputed, and what is still worth investigating.

Walking & blood pressure

Example preview · explore the research journey

Waiting until visible

Step 1 of 6 · Define the Scientific Claim

PREVIEW
Scientific Claim · public health

Scientific Claim · C

CE1C · Population / subject

CE2C · Exposure / intervention

CE3C · Outcome

The claim guides interpretation. It does not replace the details reported by each study.

Select any step to pause and inspect it. Reduced motion starts paused.

Make room for deeper research

Your next question deserves
a well-informed starting point.

Build a stronger rationale for research that could add something new—not just another publication. Keep your projects and saved results on the free plan; subscribe for AI-assisted assessment.

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Stay curious. Stay informed.

A monthly view of the research landscape.

Explore new projects, research fields and cumulative evidence coverage in a reviewed in-app newsletter. Only explicitly approved public summaries. Cancel your subscription anytime.

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