source boundary
frontier-owneddeclared
A source record is provenance. It supports a finding only through evidence atoms, extraction spans, and reviewed finding bundles.
frontiers / frontier
Source record
back to sourcessource boundary
frontier-ownedA source record is provenance. It supports a finding only through evidence atoms, extraction spans, and reviewed finding bundles.
finding bindings
record contextFindings bound to this source through source ids, evidence atoms, provenance, or reviewed source-record slots.
evidence atoms
materializedEvidence atoms pin exact spans, measurements, selectors, or curation assertions to the source.
review context
inspectable2 reviewable changes and 0 evaluations are attached through this source or its findings.
Locator and citation
locator
title:N-body globular cluster simulations (Arca Sedda, Giesler et al.)
imported
2026-05-29T02:16:32.150485+00:00
extraction mode
manual_curation
authors
reviewer:will-blair
Caveats
No source-specific caveats are recorded.
Hierarchical triple-star mergers in globular clusters can produce high-spin black hole binaries (χ > 0.7) through dynamical assembly and repeated momentum transfer before coalescence.
events
vev_13450349980d9611finding.assertedManual finding added to frontier state
reviewer:will-blair · 2026-05-29
vev_c1eee742609eaf39finding.caveatedVerifier caution: Claim about hierarchical triple mergers producing χ > 0.7 black holes cites Arca Sedda and Giesler et al. but provides no DOI or URL. The specific quantitative claim cannot be verified.
reviewer:will-blair · 2026-05-29
reviewable changes
vpr_90f5218d7ca48ed3finding.addManual finding added to frontier state
applied · reviewer:will-blair · 2026-05-29
vpr_b99b9d43bcd558bafinding.caveatVerifier caution: Claim about hierarchical triple mergers producing χ > 0.7 black holes cites Arca Sedda and Giesler et al. but provides no DOI or URL. The specific quantitative claim cannot be verified.
applied · reviewer:will-blair · 2026-05-29
evaluations
No evaluation rows are attached.