early universe

Hubble's ability to see into deep space has produced one of the most revealing glimpses of the early universe we have.

The resulting image casts light, as it were, on the question of how "dark matter" was distributed in the early universe.

OUT of chaos comes order. Or at least it did in the early universe.

When applied to the most accepted model for the evolution of the universe, these tools demonstrate that the early universe was chaotic.

Theorists are now hard at work developing predictions for the early universe that may be testable in future cosmological observations.

Astronomers thought that primitive versions of these clusters, still forming and clumping together, should exist in the early universe.

the origins of globular clusters focused on conditions in the early universe and assumed that the process was a thing of the past.

Such a device would look back at the early universe to the time when large-scale structures such as galaxies and stars formed.

an astonishing conclusion, since iron is manufactured in stars and should have been scarce in the early universe.

Such adaptive optic techniques allow high-resolution ground-based observations of real stars, planets, nebulae, and the early universe.

Courses cover such topics as the early universe, the material between stars, and modern astronomy.

Within the SMC, stellar nurseries like NGC 346 also are thought to be similar to those found in the early universe.

The role of collisions in clusters may help scientists understand the evolution of galaxies in the early universe.

The new observations also suggest that quasars were more common in the early universe than previously thought.

All previous ideas of galaxy formation had assumed that gas in the early Universe simply condensed to form stars and galaxies .

A small, irregular galaxy, the SMC represents a type of galaxy more common in the early Universe.

If Q balls did form in the early universe, they should still be lurking around somewhere. We just have to figure out how to spot them.

Thus, we can conceive of the early universe as a pile of overlapping grapefruits that stretches infinitely in all directions.

Such waves would be coming from the early universe, which we don't know much about, so we can't predict the amplitudes well.

So we can imagine the early universe breaking up into a billion clouds.

"The reason I'm not concerned is that nature has already done this experiment. It was done in the early universe, " Kolb said.

Gravitational wave signatures of inflatons in the early universe.

And the three major phases of the early universe was energy, when the dominant force was energy.

Researchers are interested in spotting and studying such far-out objects because they provide a window on the early universe.

Researchers expect to find hundreds of new, old galaxies this way, along with new info about the early universe.

The early universe, having not yet expanded much, was incredibly crowded.

We will have a better understanding of how matter behaves at the unfathomably high temperatures and pressures of the early universe.

Scientists want to learn more about forces at work in the early universe that led to the very different conditions on the two bodies.

The apparent alignment is "evil" because it undermines what we thought we knew about the early universe.

Astronomers will use the data to study the early universe and how stars and galaxies form.

Did the early universe have just one spatial dimension?

The Mass, Radius and Electromagnetic Property of the Particles in the Early Universe and the Current Stage

JWST will find the first galaxies that formed in the early Universe, connecting the Big Bang to our own Milky Way Galaxy. JWST

EARLY RIPPLES: New Observations of Early Universe Help Confirm Theories of Formation

Chemical Potential in the Early Universe

Strong Black Holes and Singularities of Early Universe Nucleons

Black Hole Blasts Superheated Early Universe

Radiation in the Early Universe

A glimpse of the very early Universe