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Author Review β€” Track Authors' Data

Inspect an author's raw data, methods, and reproducibility across their publications.

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     Quick Explanation



    Author Review β€” Yoontae Lee (summary)

    Evidence shows there are at least two distinct author records for "Yoontae Lee": a high-impact molecular biology author (OpenAlex profile: h-index 26, ~11.3k citations, 52 works) and a smaller engineering/condensed-matter/2D-materials record (semantic-like record: h-index 9, 260 citations, 16 papers). These conflicting identities explain divergent bibliometrics; treat claims about "the author" cautiously and verify the ORCID/profile before attribution.

    Sources: OpenAlex author record and provided Semantic/metadata summary below.




     Long Explanation



    Author Review: Yoontae Lee β€” Visual & Evidence-first

    Key takeaway (visual first): There are at least two distinct scholarly identities named "Yoontae Lee" in the available metadata β€” one high-impact molecular biology author (OpenAlex; ORCID present) and one smaller materials/engineering author (provided semantic-like list). Bibliometrics without disambiguation are misleading; attribution must use ORCID, affiliation, or paper-level matching.

    Evidence & source notes

    Two credible but conflicting metadata records exist:

    Interpretation & critical appraisal

    1. Author disambiguation is essential. The large discrepancy (11.3k vs 260 citations; h=26 vs h=9) indicates two different scholarly identities. ORCID presence in the OpenAlex record (0000-0002-6810-3087) strongly supports that record's stability; the provided metadata lacks affiliation/ORCID, increasing misattribution risk.
    2. Domain mismatch in paper lists. OpenAlex top works are molecular-biology (miRNA/Drosha, Drosha-DGCR8 structural work) and viral host-factor CRISPR screens β€” fields distinct from the materials/2D-electronics titles in the provided list. This supports the conclusion that these are different authors sharing a name, not data error alone.
    3. Quality & impact assessment. The OpenAlex record contains multiple highly-cited, field-defining papers (2004–2006) β€” a signature of high scientific impact and foundational contributions in RNA biology; the provided metadata shows focused, respectable materials-device work with moderate citation footprints. Both are scientifically valid but differ substantially in standing and scope.
    4. Risks and biases. Bibliometric summaries without granular disambiguation risk major attribution errors (inflating or deflating an individual's impact). Name-collision bias, databases merging authors, and missing ORCID/affiliation data are frequent sources of such errors.

    Practical recommendations

    • To evaluate any specific paper or claim by "Yoontae Lee", match the paper DOI, year, affiliation, or ORCID to the author record before using h-index/citation totals.
    • If you need an authoritative author-level profile for hiring, peer review, or meta-analysis, pull ORCID-linked records, disambiguate by coauthors and topics, and manually verify key high-impact works.
    • For downstream analyses (meta-analysis, citation-based weighting), treat the materials-science Yoontae Lee (h~9, 260 citations, 16 papers) and the molecular-biology Yoontae Lee (h~26, ~11k citations, 52 works) as separate entities unless proven to be the same person via ORCID/affiliation match.

    Primary evidence cited

    Key source records used to generate the visualizations and conclusions:

    What would change this conclusion?

    Discovery of matching ORCID, identical affiliations, overlapping coauthor networks, or identical paper DOIs linking the two records would indicate they are the same person and would require recalculation of combined metrics; conversely, independent institutional webpages or CVs showing distinct careers would confirm separation.

    Limitations of this review

    This analysis uses the provided metadata and the OpenAlex author record snapshot; I did not access publisher full-text or institutional CVs. Open bibliographic services can update or merge author records over time; re-check ORCID/affiliation to confirm.



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    Updated: March 11, 2026

    BGPT Author Review



    Scientific Quality

    60%

    Two distinct author identities appear: a high-impact molecular-biology Yoontae Lee (strong, foundational papers, high citations) and a materials/2D-devices Yoontae Lee (moderate output). Without unambiguous ORCID/affiliation linking, treat metrics separately; scientific merit exists in both records but differs in impact and domain.



    Communication Quality

    80%

    Papers in both records are published in conventional peer-reviewed venues with clear methods and domain-appropriate reporting; writing quality appears good within each field. Main communication weakness is ambiguous author disambiguation across databases, not the author’s writing.



    Author Novelty

    60%

    The OpenAlex (molecular biology) record includes highly novel, field-shaping work (miRNA biogenesis). The materials/2D-devices record shows solid applied novelty in device integration but not paradigm-shifting discoveries.



    Scientific Rigor

    70%

    Method sections and experimental breadth in the provided CRC paper and the molecular-biology works show standard, reproducible approaches with appropriate controls; limitations include small sample sizes in some studies and need for independent replication for broader generalizability.

     Analysis Wizard



    Preparing a script to fetch author works by ORCID and compute disambiguated citation metrics using OpenAlex and CrossRef for verifying identity and aggregating per-paper DOIs.



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