2711 — Two-Sided Schur Incidence Test Beats Global Square Sum
Maximum absolute row and column incidence loads bound the normalized core–tail coupling by . This certifies diffuse high-rank couplings that can fail the Hilbert–Schmidt budget. Both directions are essential: small row loads alone allow many core modes to accumulate on one tail mode and reach the cancellation threshold.
- Packet:
research/kitaev/two-sided-schur-incidence-test-beats-global-square-sum.md - Checker:
research/kitaev/checkers/check_two_sided_schur_incidence.py - Results:
research/kitaev/results/two-sided-schur-incidence.json - Sequence:
seqclaim-6ea0fe6355abbb4edfcc8911 - Epistemic graph:
ev-000000004131-62dc5ec5-f59b-4a21-8933-2a3c64f16fd8
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