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Similarly the entropic theorist claims that it is the entropic features that explain the intuitive asymmetries noted above, that in regions of the universe in which the entropic asymmetry was counter-directed in time the past-future directions of time would be opposite, and that in a region of the universe without an entropic asymmetry neither direction of time would count as past or as future.
The analysis is performed in both the forwards and backwards directions of time.
And we can also wonder whether one of the two directions of time is in some way priveleged, in a way that makes time itself asymmetrical.
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"Just imagine reversing the direction of time," he said.
Perhaps surprisingly, neither does the direction of time.
The trouble is about the direction of time.
Nor are they the same for a class of processes in which the direction of time is reversed.
But the equations of thermodynamics, which describe the collective random motion of many trillions of particles, do contain a definite direction of time.
If so, these will be reversible, like the graph of Figure 13, and will give no indication of a direction of time.
I have to tell you whether the path is reversible or irreversible, and the irreversible path also defines the direction of time.
The work done by Fitch and Cronin implied that reversing the direction of time would not precisely reverse the course of certain reactions of subatomic particles.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com