Would a larger 54-atom cell confirm the magnetic-arrangement effect?
Not yet. It was never launched; it waits on the magnetic-arrangement test, which is paused.
In the log: **E227** the 54-atom confirmation if E225 scores. None launched; E225/E226 join the DFT queue
after E221/E222.
recordedDate not stated in the log; it was written between the commit of 2026-09-22 09:30 and the first commit that contains it, 2026-09-22 10:18rung 4 · DFT0 predictions · 1 result paragraphEXPERIMENTS.md lines 15535–15536
What E227 did and how it came out, drawn from this record and the files it names (book/assets/diagrams/exp/E227.svg).
Results
EXPERIMENTS.md · line 15535
E227 the 54-atom confirmation if E225 scores. None launched; E225/E226 join the DFT queue
after E221/E222.
The full record
EXPERIMENTS.md · lines 15535–15536
E227 the 54-atom confirmation if E225 scores. None launched; E225/E226 join the DFT queue
after E221/E222.
Related entries
E225 — does ΔE_mag depend on the decoration at fixed composition?
E226 — Ni₃Al with spin, references in the same frame and at the same cutoff
E221 — the alloy vacancy anchor, pre-registered (2026-09-21 21:1x; queued after E217 and the…
