What would beyond the edge of the Universe be like?

There would be a great cosmic web of galaxies, clusters, filaments, and cosmic voids, extending far beyond the comparatively small region we can see. Any observer, at any location, would see a Universe that was very much like the one we see from our own perspective.

Why can’t we see beyond the edge of the observable Universe?

Anything outside of that radius of 46 billion light-years is not visible to Earthlings, and it never will be. That’s because the distances between objects in the universe keep getting bigger at a rate that’s faster than the light beams can get to Earth.

What lies beyond the edge of space?

That essentially forms the edge of the “Observable Universe”. What lies even beyond that is what is known as the “Opaque Universe”. This marks the limit of what we can observe but not what we can imagine.

What’s beyond the observable universe?

Beyond our observable Universe lies the unobservable Universe, which ought to look just like the part we can see. The way we know that is through observations of the cosmic microwave background and the large-scale structure of the Universe.

What is at the edge of the observable universe?

The observable Universe is bounded by a ‘cosmic horizon’, much like the horizon at sea. Just as we know there’s more ocean over the horizon, we know there are more galaxies (possibly an infinite number) beyond the cosmic horizon.

How much of the universe have we discovered?

To date, scientists have explored about 4 percent of the visible universe. That’s made up of planets, stars and galaxies that astronomers can see. Yet, there’s a vast part – the other 96 percent – that scientists cannot see.

What can be seen at the edge of the universe?

However, all the measurements indicate that all of the universe we can see, including the edge of the observable universe, looks approximately like our local universe does today: with stars, galaxies, and clusters of galaxies and lots of empty space.

What lies beyond the observable universe?

Scientists believe the cause is the gravitational attraction of matter that lies beyond the observable universe, and they are calling it “Dark Flow,” in the vein of two other cosmological mysteries, dark matter and dark energy.

Is it possible to see the edge of the universe?

There is no edge to the universe, as far as we know. There’s an edge to the observable universe-we can only see so far out. That’s because light travels at a finite speed (one light-year per year), so as we look at distant things we’re also looking backward in time.

What is outside of the observable universe?

Despite its strangeness, this first idea is one of the easiest to digest. Astronomers think space outside of the observable universe might be an infinite expanse of what we see in the cosmos around us, distributed pretty much the same as it is in the observable universe. This seems logical.