In rapidly evolving fields like computer science, artificial intelligence, and computational biology,
groundbreaking discoveries can't wait for traditional peer review cycles. Tomorrow's transformative
technologies often emerge first in preprints, offering a window into cutting-edge research months or
even years before formal publication. Our mission is to help you identify these potential breakthroughs
early, using advanced bibliometric analysis to assess research quality and potential impact.
Reference Network Analysis
We analyze the citation network formed by a preprint's references, treating it as a Directed
Acyclic graph. Our algorithms evaluate network centrality, diversity, and temporal relevance
to gauge the paper's theoretical foundation and potential influence. This helps identify work
that builds meaningfully on established research while pushing boundaries into new territories.
Reference Network Score
Author Impact Assessment
Research quality often correlates with author expertise and track record. We aggregate comprehensive
metrics for all co-authors, including h-indices, citation patterns, and publication history. This
multi-dimensional analysis helps predict the potential impact and reliability of new research, even
before it accumulates its own citations.
Co-authors Cumulated H-Index and Citations
Our final score combines these metrics using a weighted algorithm that has been calibrated against
historical data, helping identify research that goes on to make significant impact in its field.