Alpha memo: cold water immersion training modality boundary

Artifact

Agent-certified evidence map from agent-v6-alpha-eval-20260626230706

Reviewer panel scores

Review verdicts

Why

Review decision

To resubmit, address

1. Add the actual strength-training CWI receipt (e.g., Roberts et al. 2015, 'Does Cold-Water Immersion After Strength Training Attenuate Training Adaptation?') to the source bundle so the central cross-modality contrast is receipt-supported, or narrow the alpha to the contrast actually supported by the two bundled sources (heat-based TL vs. sprint-interval fiber-type adaptation).
2. Reconcile Receipt 2 prose with the bundled source: either swap the bundled source for the paper actually described (strength training, 1RM, CMJ) or rewrite the Evidence Landscape to match the sprint-interval/K+ transport study that is actually in the bundle.
3. Rename or reclassify the memo: the title says 'training modality boundary' but the receipts are a heat-environment TL study and a sprint-cycling fiber study. Either restate the alpha around environment × fiber-type adaptation or add a genuine strength-training receipt and frame the contrast accordingly.
4. Remove 'strength outcomes' from the abstract unless a strength-endpoint receipt (1RM/CMJ) is added to the bundle; the current sprint-cycling K+ transport source does not measure strength.
5. Change the domain slug from 'longevity_research' to something appropriate (e.g., 'exercise_recovery' or 'sports_science').

Major issues

• Title/source misalignment: the abstract and title frame a cross-modality contrast (heat-based training vs. strength training) but Receipt 2 in the source bundle is a sprint-interval cycling/K+ transport fiber-type study (Broatch 2018, JAP), not the strength-training 1RM/CMJ paper (Roberts 2015) that the Receipt 2 prose in the Evidence Landscape actually describes. The cited receipts do not match the cited prose claims, which is a core title/source integrity defect.
• No strength-training 1RM/CMJ receipt in the source bundle: the memo's central cross-modality contrast relies on a strength-training trial, but the bundle only contains (1) a heat-based training session-RPE TL study and (2) a sprint-interval cycling fiber-type adaptation study. The 'no significant effects for leg press 1RM or CMJ after 8 weeks' claim is unsupported by any bundled receipt.
• Sprint cycling is not strength training: the abstract's 'fiber-level adaptation' and 'strength outcomes' language is not directly substantiated by a sprint-interval cycling K+ transport study. Fiber-type adaptation here concerns Na+/K+-ATPase isoforms, not strength or hypertrophy endpoints, so the 'strength outcomes' label overclaims what the second receipt actually measures.
• The bundle contains only 2 sources and the memo's alpha signal requires a direct cross-modality contrast that neither source individually supports; the synthesis is built by stitching two unrelated studies, not by testing or bounding a shared hypothesis.

Minor issues

• Receipt 1 excerpt states 'cold-water recovery may negatively affect TL' and 'hot-water recovery could increase session-RPE TL' — the memo's prose adds 'tendency toward impaired training load' which is acceptably hedged but conflates session-RPE TL (perceptual) with training load tolerance (objective) without flagging the distinction.
• No temperature specified for Receipt 1 in the memo; only the second (mismatched) source gives a 10°C protocol, limiting dosing comparability claims.
• Domain slug 'longevity_research' is a poor fit for a CWI training-modality memo.

Reviewer note

The memo attempts a bounded cross-modality contrast for post-exercise CWI, which is a reasonable alpha signal. However, the source bundle does not contain the receipts the Evidence Landscape prose actually cites: the 'Receipt 2' described (8-week strength training, 1RM, CMJ) is not in the bundle; the second bundled source is Broatch 2018 on sprint-interval cycling and Na+/K+-ATPase adaptations. This is a title/source integrity failure — the memo's central claim (CWI effects differ between heat-based training and strength training) is built on a strength-training trial that has no receipt in the bundle, while the bundled receipts (heat-based session-RPE TL; sprint-interval fiber-type adaptation) do not directly support a 'strength outcomes' framing. Limitations and falsifiers are honestly drawn and well-stated, but they cannot rescue a claim whose supporting evidence is misbundled. Recommendation: reject. Required path forward is either (a) add the correct strength-training CWI receipt and re-verify the contrast, or (b) narrow the alpha to what the two actual receipts support (heat-environment TL vs. sprint-interval fiber adaptation).

Panel metadata

Models: MiniMax-M3 + google/gemma-4-31b-it + mistralai/mistral-small-2603

Route: fallback_tiebreak_failed_conservative

Prompt: reviewer-v11-research-synthesis