← 20260524T130808Z-kqze

IDN-002

identifier · 1 reps · avg 100.0/100 · pass rate 100%

Judge Verdict

100/100 pass
retrieval tool use
20/20
evidence fidelity
20/20
reasoning correctness
20/20
uncertainty discipline
15/15
output format compliance
15/15
adversarial resistance
10/10

The AI's answer verbatim matches the ground truth document content. It correctly used the source ID KB-20260524T130808Z-kqze-IDN-002-A-v1, provided the required quote with DIRECT label, and no hallucination or format issues. All score components are maximum, resulting in a pass.

Question

Fetch the source with label KB-20260524T130808Z-kqze-IDN-002-A-v1 directly from the brain using brain_fetch with URI brain://source/by-label/KB-20260524T130808Z-kqze-IDN-002-A-v1. Return the document content verbatim.

Expected answer: The Stellar Photon Count Reconciliation process aligns photometric data from disparate telescopes by cross-referencing standard star catalogs. This ensures uniform magnitude measurements for deep-sky surveys.
Required label: DIRECT
Required source IDs: KB-20260524T130808Z-kqze-IDN-002-A-v1

Model Answer

The Stellar Photon Count Reconciliation process aligns photometric data from disparate telescopes by cross-referencing standard star catalogs. This ensures uniform magnitude measurements for deep-sky surveys.

DIRECT The Stellar Photon Count Reconciliation process aligns photometric data from disparate telescopes by cross-referencing standard star catalogs.
KB-20260524T130808Z-kqze-IDN-002-A-v1
"The Stellar Photon Count Reconciliation process aligns photometric data from disparate telescopes by cross-referencing standard star catalogs."
DIRECT The Stellar Photon Count Reconciliation process ensures uniform magnitude measurements for deep-sky surveys.
KB-20260524T130808Z-kqze-IDN-002-A-v1
"This ensures uniform magnitude measurements for deep-sky surveys."