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Assess an author's data and outputs

See the raw experimental evidence behind an author's publications and reproducibility signals.







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     Quick Explanation



    Author review (evidence-limited)
    I can’t rigorously verify Yilang Li’s publications or citation metrics from the material provided because the two listed papers don’t include DOIs/URLs, and the OpenAlex match shown includes multiple different “Li” people (name ambiguity). I’m therefore scoring primarily on verifiability, not on unconfirmed output quality.
    Key next step: provide DOIs/links (or ORCID) for the exact “Yilang Li” you mean so I can do raw, paper-level critique.



     Long Explanation



    Author Review: Yilang Li
    Evidence status: The provided dataset includes only paper titles (no DOIs/URLs) and an OpenAlex name-matching block that appears to conflate multiple distinct authors with similar names. Because BGPT requires verifiable, inline-cited claims, I limit factual judgments and focus on what can be supported from the supplied information.
    1) Disambiguation & verifiability (core risk)
    • Name ambiguity: “Yilang Li” is not unique. The OpenAlex matches list other “Li” individuals whose metrics differ strongly, which means attributing productivity/impact to the wrong person is a major failure mode.
    • Missing identifiers: The two listed papers don’t provide DOIs/URLs in the input, so I can’t verify authorship, methods, data quality, or reproducibility details.
    • H-index definition: When interpreting h-index-like metrics, recall the metric is a count-based index that depends on a database’s coverage and is not a direct measure of rigor or causal contribution. (Hirsch defines the h-index.)
    2) What we can extract about the author from the provided input
    Listed papers (titles only)
    • “钛植入体表面构建具有抗菌活性和生物相容性的PDA/RGDC/氧化锌量子点复合涂层”
    • “中間共振器システムとしてのHTSコイルと銅コイルを用いた無線電力伝送の解析と実験的研究【Powered by NICT】”
    Limitations: Without DOIs/URLs/full text, I cannot verify experimental design, controls, sample sizes, statistical methods, or whether claims are supported by primary data.
    3) Scientific strength critique (from what’s verifiable here)
    3.1 What I can responsibly score
    • Scientific rigor (evidence-based): Not assessable from the provided material because full-text details are missing (methods, raw data, replication, and limitations).
    • Reproducibility posture: Unknown. Reproducibility can’t be inferred from titles alone.
    • Impact/traction: Bibliometrics are not reliably attributable here due to name ambiguity and missing DOI-level linkage for the specified “Yilang Li”.
    • Risk of misattribution: High. This is a primary scientific-skepticism concern, not a judgment of capability.
    Counterpoint
    Even with perfect bibliographic matching, paper titles alone can’t establish whether the science is strong. The only fair path is: DOI/ORCID → paper-level methods/data review → critique.
    4) Visual: “Evidence gap” audit
    This is a structural visualization of what’s missing to do a rigorous author critique.
    5) Actionable request: what to provide next
    To do a truly BGPT-grade author critique (raw, data-grounded), send any of the following:
    1. ORCID for “Yilang Li”
    2. DOIs/links for the two listed papers
    3. PDFs or full text (or the experimental figures/tables)
    Note on bibliometrics caution
    Bibliometric metrics (like h-index) are descriptive indicators and depend on database coverage; they cannot substitute for paper-level evaluation of methods, controls, measurement validity, and data transparency. (H-index definition reference.)


    Feedback:   

    Updated: April 18, 2026

    BGPT Author Review



    Scientific Quality

    20%

    I cannot robustly assess Yilang Li’s scientific quality from the provided content because the key papers lack DOIs/URLs/full text, and the OpenAlex snapshot likely includes multiple different authors with similar names (high misattribution risk). Bibliometrics (h-index/citations) are therefore not trustworthy evidence for scientific merit here.



    Communication Quality

    20%

    No written abstracts, methods narratives, or results discussions were provided—only two paper titles—so communication quality (clarity, justification, uncertainty handling) cannot be evaluated.



    Author Novelty

    30%

    Novelty can’t be estimated without paper content (methods/experimental novelty). Titles suggest distinct areas (implant coatings / wireless power transmission), but novelty is unverified.



    Scientific Rigor

    20%

    Scientific rigor depends on experimental design, controls, measurement validity, statistics, and data transparency—none are available from the provided material.

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