If stress energy is represented in ZPE as a change of amplitude and frequency, it seems likely that there is a limit to the amount of strain that ZPE can display in a single mode of vibration.
One possibility is that ZPE might change to other vibration modes representing squeezed quantum states and scale relativity.
Can ZPE Change From One Vibration Mode To Another?
In this context the spin angular momentum of a ZPE oscillator is usually h over a large range of conditions including every case in which General Relativity predicts the observations correctly. In these cases h is constant.
The question then is, at extreme energy density when Quantum Mechanics cannot be ignored, about a possibility of 2*h, 3*h, 4*h, and 5*h. These are referred to as the Hierarchy of Plancks and physically represent spin quantum states of a ZPE oscillator. In all of these cases h is variable and tending to increase at higher energy densities.
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