
Intrinsic Load Monitoring For Executive Allostatic Wear Prevention
Intrinsic load monitoring tracks neuroendocrine wear against cognitive concurrency limits to trigger operational gating before regulatory systems exhaust.

Intrinsic load monitoring tracks neuroendocrine wear against cognitive concurrency limits to trigger operational gating before regulatory systems exhaust.

Chronic relational throttling sustains autonomic vigilance, depleting systemic recovery capacity until explicit structural gates halt interpersonal leakage.

Open relational loops consume cognitive headroom during execution load, elevating allostatic wear unless structural gating freezes active demand.
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