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Even inflation, with all the unknowns surrounding it, must be a quantum field.
Or it could be a quantum field that fills space and blows it up like a balloon.
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If inflation is a quantum field, then the field value spreads out over time, with different regions of space taking different realizations of the field value.
It needs to roll down the metaphorical hill and into the valley, but if it's a quantum field, the spreading-out means it will end in some regions while continuing in others.
Assuming that inflation is a quantum field, like all fields we know of, it must spread out over time, meaning that in any region of space, it has a probability of ending at a certain time, but also a probability of continuing on for a while longer.
A crucial issue is whether a quantum field theory is fundamentally about fields or particles — or something else entirely.
There is actually no physical evidence that it is even a quantum field!
In quantum theory, empty space can be described as being filled with a quantum field.
In this sense, group field theories (GFTs) can be formalized as a quantum field theory over a group manifold and are a generalization of matrix models to higher dimensions [5, 6].
Since this signal carries at least the vacuum noise, it is treated as a quantum field.
But whatever field is responsible for inflation, like all other fields that obey the laws of physics, must be an inherently quantum field in nature.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com