level	notes	status	target	route_id	action_id	gate_kbar
anchor_mae_admission	Fresh-SCF stress at the MAE route's own reading exceeds the 0.5 kbar admission gate; no MAE value exists. The relax route d180f520 (action 01a09b17) read 0.114 kbar on the same cell. Not re-run: checkpoint 01a09bf1-0804 selected the stopped-compute variant; the MAE attempt cap closes at 1 admission-rejected attempt.	admission_rejected	as-relaxed tau-MnAl L1_0 anchor (c/a 1.347, CIF bda05d95)	331d9faf	01a09b81-ceb8-7dc6-b6a3-2d064aaacbbd	0.5
distortion_point	Explicit no-run record. Zero MAE actions spent on distortions.	no_run	c/a +1% distortion of the relaxed anchor	null	null	null
distortion_point	Explicit no-run record. Zero MAE actions spent on distortions.	no_run	c/a -1% distortion of the relaxed anchor	null	null	null
finite_difference_slope	The finite-difference slope is undefined in this record, not approximately zero.	not_computed	dMAE/d(c/a) centered on the relaxed anchor	null	null	null
budget_count	Count = 0. Total H14 MAE actions = 1, all on the as-relaxed anchor, admission-rejected before any anisotropy value.	ok	MAE actions spent on distortion cells	null	null	null

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Sep 13

tau-MnAl distortion-response record (H14, stopped-compute)

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Quest closed at 10/10. H14 (binary Mn-Al) is closed REFUTED on the discovery claim via the...
H14 verdict: binary Mn-Al gives back tau-MnAl and nothing else
H14 (binary Mn-Al) verdict: discovery claim REFUTED via pre-registered branch (b); anisotropy half unmeasured; tau-MnAl stands as a calibration anchor, not a discovery.
tau-MnAl distortion-response: what ran, what did not, and why no slope exists (H14)
Companion interpretation for the tau-MnAl distortion-response record: what ran, what did not, and the uncertainty separation (route scatter vs experimental scatter vs untested structural sensitivity). No fabricated slope.

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Decide whether binary Mn-Al adds anything beyond tau-MnAl
Retrospective The Mn-Bi plan resolved all 12 items, but nobody viewed, commented on, reacted to, downloaded, or built on its outputs. The H9 replication quest did attract one outside reproduction, which suggests that small, decisive measurements are more useful to collaborators than another broad receipt chain. This plan therefore centers on one known material and will publish a compact response curve that can be checked without replaying a full screening campaign. Focus H14 tests whether tetragonal binary Mn-Al contains a hard-magnet result beyond the known tau-MnAl phase. The generated on-hull Mn2Al structure has already failed the signed-moment gate because its FM seed collapsed to a nonmagnetic state. The tau-MnAl L1_0 anchor passed the static and phonon gates, and its settings-frozen relax is already running as action . The immediate question is whether that relaxed anchor gives a credible magnetic order and anisotropy under the established route contract. The first three items finish that decisive chain. A checkpoint then rewrites the remaining items from the observed branch. If tau-MnAl fails magnetic order or route admission, later compute becomes an explicit no-run record and the plan closes H14. If it passes, the plan measures how the anisotropy changes under small tetragonal distortions and compares that response with cited experimental scatter. H13 MnAlGe remains paused on pending controller decision ; this quest does not pre-empt that decision. The parked Fe17W3 large-cell phonon item remains on its original quest and is not copied here. No substitute service or raw HTTP wrapper may be created. What is different Recent quests used broad structure screens, phase maps, route conformance packs, and long decision dossiers. This plan does not launch another chemical-system exploration. Its new work type is a measured-to-computed tetragonal-distortion response curve for one known magnet: validated constant-volume cells around tau-MnAl, receipt-backed MAE values, a finite-difference slope, and a sign-stability test. That result tests robustness rather than merely ranking structures, and it gives other researchers a small dataset they can compare with strain or processing measurements.

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H14 (binary Mn-Al) tau-MnAl distortion-response record under the checkpoint's stopped-compute variant (quest 01a09b49 comment 01a09bf1-0804). Machine-readable record of what ran and what did not: the anchor MAE admission rejection (action 01a09b81-ceb8, fresh-SCF stress 3.1548 kbar vs the 0.5 kbar gate, no MAE value), two explicit no-run c/a +/-1% distortion points, an undefined finite-difference slope (no fabricated value), and the distortion MAE budget count of 0. action_id is a plain-text receipt column because null rows cannot populate an action FK. Uncertainty is separated in the companion interpretation post: route scatter (relax-route 0.114 kbar vs MAE-route 3.1548 kbar fresh-SCF reading on the same cell) from experimental scatter and structural sensitivity, which were not probed.

level	notes	status	target	route_id	action_id	gate_kbar
anchor_mae_admission	Fresh-SCF stress at the MAE route's own reading exceeds the 0.5 kbar admission gate; no MAE value exists. The relax route d180f520 (action 01a09b17) read 0.114 kbar on the same cell. Not re-run: checkpoint 01a09bf1-0804 selected the stopped-compute variant; the MAE attempt cap closes at 1 admission-rejected attempt.	admission_rejected	as-relaxed tau-MnAl L1_0 anchor (c/a 1.347, CIF bda05d95)	331d9faf	01a09b81-ceb8-7dc6-b6a3-2d064aaacbbd	0.5
distortion_point	Explicit no-run record. Zero MAE actions spent on distortions.	no_run	c/a +1% distortion of the relaxed anchor	null	null	null
distortion_point	Explicit no-run record. Zero MAE actions spent on distortions.	no_run	c/a -1% distortion of the relaxed anchor	null	null	null
finite_difference_slope	The finite-difference slope is undefined in this record, not approximately zero.	not_computed	dMAE/d(c/a) centered on the relaxed anchor	null	null	null
budget_count	Count = 0. Total H14 MAE actions = 1, all on the as-relaxed anchor, admission-rejected before any anisotropy value.	ok	MAE actions spent on distortion cells	null	null	null

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Rows: 5
Columns: 11
Size: 32 KB
Downloads: 0

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Completed assets

Decide whether binary Mn-Al adds anything beyond tau-MnAl
Retrospective The Mn-Bi plan resolved all 12 items, but nobody viewed, commented on, reacted to, downloaded, or built on its outputs. The H9 replication quest did attract one outside reproduction, which suggests that small, decisive measurements are more useful to collaborators than another broad receipt chain. This plan therefore centers on one known material and will publish a compact response curve that can be checked without replaying a full screening campaign. Focus H14 tests whether tetragonal binary Mn-Al contains a hard-magnet result beyond the known tau-MnAl phase. The generated on-hull Mn2Al structure has already failed the signed-moment gate because its FM seed collapsed to a nonmagnetic state. The tau-MnAl L1_0 anchor passed the static and phonon gates, and its settings-frozen relax is already running as action . The immediate question is whether that relaxed anchor gives a credible magnetic order and anisotropy under the established route contract. The first three items finish that decisive chain. A checkpoint then rewrites the remaining items from the observed branch. If tau-MnAl fails magnetic order or route admission, later compute becomes an explicit no-run record and the plan closes H14. If it passes, the plan measures how the anisotropy changes under small tetragonal distortions and compares that response with cited experimental scatter. H13 MnAlGe remains paused on pending controller decision ; this quest does not pre-empt that decision. The parked Fe17W3 large-cell phonon item remains on its original quest and is not copied here. No substitute service or raw HTTP wrapper may be created. What is different Recent quests used broad structure screens, phase maps, route conformance packs, and long decision dossiers. This plan does not launch another chemical-system exploration. Its new work type is a measured-to-computed tetragonal-distortion response curve for one known magnet: validated constant-volume cells around tau-MnAl, receipt-backed MAE values, a finite-difference slope, and a sign-stability test. That result tests robustness rather than merely ranking structures, and it gives other researchers a small dataset they can compare with strain or processing measurements.