ALI-002 — Brain Tests

Judge Verdict

85/100 pass

retrieval tool use

20/20

evidence fidelity

15/20

reasoning correctness

15/20

uncertainty discipline

10/15

output format compliance

15/15

adversarial resistance

10/10

The AI correctly executed the alias update and immediate abbreviation search, returning the required source ID and verbatim first sentence. However, it added an extra claim about alias creation and incorrectly attributed supporting evidence to the document, introducing a label and reasoning error. No critical failures occurred, and the main required answer is accurate, resulting in a pass.

Question

Step 1: Call brain_update_aliases to add 'Chro-Dec' as an alias for 'Chronometric Decoherence'. Step 2: Immediately search using only the abbreviation 'Chro-Dec'. Return the source_id and first sentence of any document found.

Expected answer: Chronometric decoherence refers to the gradual loss of temporal coherence in quantum entangled systems when exposed to fluctuating gravitational fields.

Required label: DIRECT

Required source IDs: KB-20260524T130808Z-kqze-ALI-002-A-v1

Model Answer

Source KB-20260524T130808Z-kqze-ALI-002-A-v1: "Chronometric decoherence refers to the gradual loss of temporal coherence in quantum entangled systems when exposed to fluctuating gravitational fields."

DIRECT The alias 'Chro-Dec' was successfully added for 'Chronometric Decoherence'.

KB-20260524T130808Z-kqze-ALI-002-A-v1

"Chro-Dec: Chronometric Decoherence"

DIRECT Chronometric decoherence refers to the gradual loss of temporal coherence in quantum entangled systems when exposed to fluctuating gravitational fields.

KB-20260524T130808Z-kqze-ALI-002-A-v1

"Chronometric decoherence refers to the gradual loss of temporal coherence in quantum entangled systems when exposed to fluctuating gravitational fields."

DIRECT The abbreviation 'chro-dec' appears in the document alongside discussion of mitigation and temporal synchronization.

KB-20260524T130808Z-kqze-ALI-002-A-v1

"Recent studies suggest that chro-dec mitigation could enhance temporal synchronization across distributed networks."