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But I never said the idea of tense is unreal but that the concept of time as in quantified time is not fundemental due to the nature of what time represents. There are aspects of what we call time that breach the quantified concept of time. For example at the edge of our universe space is expanding faster than the speed of light or even within Inflation theory space expanded faster than the speed of light or physics. So what happened to 'time' then'. How do we explain time in these contexts. What about the idea from QM of worm holes and time travel. What happens to 'time then.Not only you are avoiding the question but contradicting yourself in the process.
On one hand you state time is made up, now it’s the case of not being able to explain the fundamental nature of time.
If time is made up then there nothing to explain as time is not fundamental.
It seems to me that the physics itself predicts time transcending the concepts we have for time as a quantified measure that is set to certain parameters. Even Einsteins theory of special relativity predicts time can slow down and be reversed.
As far as I understand experiments have already showed the non local aspect of time where the constraints of time as quantified to certain physical parameters of space are breached by communicating information instantly. For exampleI don’t think you understand what non local means when it involves time, are you aware non locality requires correlation to avoid faster than light communication of information and thus avoid the paradoxes involving causality?
To use a non quantum mechanics example for non locality, if we were both given a shoe box containing either a left shoe or right shoe and then separated by distance then non locality applies.
If either one of us opens the shoebox, we know immediately what is in the other shoebox, this is correlation and does not involve the instantaneous communication (Δt = 0) of the information.
Quantum mechanical entanglement is somewhat more complicated to explain but is also based on the principle of correlation where communicating the spin state of one separated entangled particle to the other is not even possible.
This is the no-communication theorem at work.
Quantum effects enter the macroworld
Light from ancient quasars helps confirm quantum entanglement
Results are among the strongest evidence yet for “spooky action at a distance.”

Light from ancient quasars helps confirm quantum entanglement
In a new study by MIT researchers and others, light from ancient quasars helps confirm quantum entanglement. The results are among strongest evidence yet for what Einstein called “spooky action at a distance.”
Strange quantum effect observed in unusually large object

Strange quantum effect observed in unusually large object
An object made of hundreds of atoms exhibits a quantum property normally only associated with very small objects
World first quantum entanglement of single molecules

World first quantum entanglement of single molecules
Physicists at Princeton University in the US have linked together individual molecules in quantum mechanical “entangled” states.

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