This is could be a huge realization.

 

Earth sits in orbit around the sun within a goldilocks zone. Life on this planet thrives best in it's goldilocks zone depending on the species. Earth sits in the outer portion of the galaxy, also a goldilocks zone.

 

Numerically, we can count infinitely high, and we can also get infinitely small. Why is our world the size it is? Why aren't humans smaller? Because relative to all other things in physics like atoms, this is the size that fits. It's relative. Just as the earth orbits the sun in the goldilocks zone, our size is a goldilocks zone of physics. Small animals are quick and jerky, large dinosaurs are slow and lethargic.

 

Now apply that to time. The universe's existence itself, is in a goldilocks zone for time. Time does not exist outside the goldilocks zone.

 

 

 

Ignoring your blatant errors for a moment, how would you present a falsifiable model using this hypothesis?

Eventually, the universe will fade out. What is the process for fading out? Is it a slowing of particle activity? If it is, can we determine if there was slower particle activity in the early universe? If so, this would support.

 

The universe is accelerating, but I understand not too long ago it was decelerating. Perhaps there are clue in here.

 

What errors are you suggesting?