Dr. Eric Haseltine

Time does not have to move in one direction.

The laws of thermodynamics say it does, but there is no physical equation that says it has to.

And we have some really weird...

laboratory phenomena and theoretical phenomena that suggests that time, for example, there's this experiment called the quantum eraser.

It's a famous three-slit experiment where you can do something in the present that influences which way a particle or wave behaved in the past.

And then you have the whole business of non-locality

which has something in one part of the universe instantly or nearly instantly.

We now know there's a speed to it, but it's faster than the speed of light, affects something on the other side.

And then we have the whole area of quantum neuroscience, where is entanglement between quantum states in one person's brain or one part of the brain entangled in others in ways that affect or influence?

So what we do is let's take time.

Everyone assumes that if they're non-humans coming in UFOs, that it must be from outside Earth.

And that may be true.

But what if it weren't true?

Let's start with that fork and say, what happens if these things that we're seeing are from Earth, but either from the past, present, or future?

You say, well, time travel backwards is impossible.

Well...

In our current framework, most physicists would say that, and yet there are these weird phenomena that we talk about in the book, like frame dragging, where if you have a black hole that's spinning really fast, a Schwarzschild black hole that's spinning really fast, the black hole itself isn't just spinning, it's spinning space-time with it, right?

And so if you were orbiting outside the event horizon of a spinning black hole,

There is this thing called the closed time-like curve, where when you started the orbit and you finished it, you'd end up at the same place in time.

So if you end up where you started, you went back in time.