Carroll has also worked on the arrow of time problem.

He flew like the arrow of time; nothing could stay him from his goal.

It could even account for the arrow of time that we observe.

However, there are at least three arrows of time that do distinguish the past from the future.

Then there is what physicists call "the arrow of time" problem.

If so, what does statistical mechanics tell us about the arrow of time?

Here the arrow of time spins at random, as in a child's game.

In the second scenario, the quantum arrow of time may be seen as the deep reason for this.

There are at least three different arrows of time.

But why should the thermodynamic arrow of time exist at all?

A highly controversial view is that in such a case the arrow of time will be reversed.

And an arrow of time would lie in this directionality.

I shall therefore discuss the psychological arrow of time for computers.

Was entropy giving way to order, the arrow of time in reverse?

We are accustomed to the 'arrow of time' pointing in a single direction: from past through present to future.

It is this phenomenon that can be offered as an "explanation" for the arrow of time.

They were spaceships expressly made for moving along the arrow of time.

Thought is the arrow of time; memory never fades.

Citing another contrast, he said that "summer doesn't seem to have an arrow of time," unlike winter.

An 'arrow of time' is anything that exhibits such time-asymmetry.

But it turns out to have one great potential strength: it could explain the arrow of time.

There would be no strong thermodynamic arrow of time.

The solid black path, almost a road arrow of time, leads back to Aurore.

It tackles a fundamental open principle in physics: the arrow of time.

Thus the Universe itself has a well-defined thermodynamic arrow of time.