The Studio analyzes unordered sets of two through seven canonical issues within the published governed corpus. It never infers a relationship from taxonomy, similarity, geography, shared evidence publisher, or missingness.
The graph covers 48 of 1,139 canonical issues and 17 of 287 canonical stakeholders.
Question: Which governed edges are published for an issue?
Formula: All PUBLISHED_GOVERNED records whose issue_id equals the selected canonical issue ID.
Unit: governed relationship
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:issue-edge-set@1.0.0
Question: Which distinct governed stakeholders are published for an issue?
Formula: Distinct stakeholder_id over the selected issue edge set.
Unit: distinct canonical stakeholder
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:stakeholder-set@1.0.0
Question: Which stakeholder connects every selected issue?
Formula: Intersection of stakeholder_set(i) across every selected issue.
Unit: distinct canonical stakeholder
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:all-issue-common-stakeholder@1.0.0
Question: Which stakeholders connect at least two selected issues?
Formula: Stakeholder with a published edge to at least two selected issue IDs; coverage_fraction=connected selected issues/K.
Unit: distinct canonical stakeholder
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:bridge-stakeholder@1.0.0
Question: Which stakeholders are shared by each issue pair?
Formula: Distinct stakeholder IDs in stakeholder_set(a) ∩ stakeholder_set(b).
Unit: distinct canonical stakeholder per issue pair
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:pairwise-bridge@1.0.0
Question: Which relationship types are shared or differ?
Formula: Union and set intersection of relationship_type_id by selected issue.
Unit: canonical relationship type
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:relationship-type-overlap@1.0.0
Question: Which same evidence records support two or more selected issues?
Formula: Same canonical evidence_id associated with governed edges for at least two selected issues.
Unit: distinct canonical evidence record
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:shared-evidence@1.0.0
Question: Which canonical ancestors are common?
Formula: Set intersection of canonical taxonomy ancestor IDs for selected issues.
Unit: canonical taxonomy node
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:taxonomy-overlap@1.0.0
Question: Which canonical geographic scopes overlap?
Formula: Union and intersection over normalized geographic_scope fields; any missing issue scope makes the all-selection intersection not measurable.
Unit: canonical normalized scope
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:normalized-geography@1.0.0
Question: Where does published coverage differ?
Formula: Raw issue-level counts and disclosed denominators for relationships, stakeholders, evidence, dates, lanes, types, and scopes.
Unit: selected canonical issue
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:differences@1.0.0
Question: Is an actual source-qualified tension published?
Formula: Display only an existing canonical contradiction, conflict, or explicitly opposed-position record.
Unit: canonical tension record
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:documented-tension-gate@1.0.0
Question: Which bounded questions follow from explicit gaps?
Formula: Map documented gap triggers to controlled question templates; stable sort by trigger and selected issue IDs.
Unit: bounded open research question
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:research-frontier@1.0.0
Question: How do two selected sets differ on named fields?
Formula: Side-by-side exact values and A-minus-B differences for disclosed fields; set intersections and differences for record IDs.
Unit: two validated issue combinations
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:combination-comparison@1.0.0
Question: Which bounded examples demonstrate known analytical states?
Formula: Fixed deterministic selection classes with lexicographic tie handling and deduplication.
Unit: issue combination
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:featured-example-selection@1.0.0
Question: How is the active analysis reproduced for print and download?
Formula: Controlled template populated only from the active structured analysis and sorted canonical record IDs.
Unit: one validated analysis
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:intersection-brief@1.0.0
Question: How is identical input recognized?
Formula: SHA-256 over canonical sorted schema, source release, issue IDs, method versions, and structured output.
Unit: one validated analysis
Missing data: Unknown, unavailable, and not-applicable states remain explicit and are not converted to zero.
Exclusion: Do not infer records from Finder similarity, taxonomy proximity, shared keywords, geography, publisher, identity, or missingness.
method:v730:analysis-identity@1.0.0
The compact issue selector loads first; detailed relationship and evidence records load separately. Analysis uses stable canonical ordering and SHA-256 identities over schema, source release, sorted issue IDs, and method versions. URL fragments are validated against canonical IDs, limited to seven issues per set, canonicalized, shareable, reloadable, and contain no personal information. Unknown values remain explicit.
All computation and exports occur locally. There are no accounts, remote notes, public write APIs, hosted language-model calls, custom analytics events, or server-saved selections. CSV exports neutralize spreadsheet formulas; labels and state are escaped before rendering.
canonical-route:/research/intersections/methodology/