Sentences with phrase «into galaxies»

Drawings come to life and may turn into galaxies as Ms. Anderson's voice fills your head with stories.

These creative reuse projects have included water bottles (photographs below) transformed into galaxies, and other ordinary materials reinvented into shimmering beautiful decorations.

The artist moved into galaxies from similarly intricate graphite compositions of desert and ocean, which she had been making since the late 1960s.

Founded in 1967, the Institute for Astronomy at the University of Hawaiʻi at Mānoa conducts research into galaxies, cosmology, stars, planets, and the sun.

Using Keck, we have traced atoms as they flow from the intergalactic medium into galaxies, where they are incorporated into stars, undergo fusion, and are returned in supernovae and other types of stellar death.

High - tech science and planetary voyages mixed up these tidy disciplinary lines, as much as they challenged the schemes that had organized our world too simplistically into galaxies, stars, planets and moons.

Combining all of the measurements across the entire field of view allowed the team a tantalizing glimpse of giant filamentary structures extending across millions of light - years, and paves the way for more extensive studies that will reveal not only the structure of the cosmic web, but also details of its function — the ways that pristine gas is funneled along the web into galaxies, providing the raw material for the formation of galaxies, stars, and planets.

The map provides a tantalizing glimpse of giant filamentary structures extending across millions of light - years, and paves the way for more extensive studies that will reveal not only the structure of the cosmic web, but also details of its function — the ways that pristine gas is funneled along the web into galaxies, providing the raw material for the formation of galaxies, stars, and planets.

is difficult to reconcile with the obvious clumping of matter into galaxies, clusters of galaxies, and even larger features extending across vast regions of the universe, such as «walls» and «bubbles».»

Where the dark matter filaments intersect, regular matter concentrates into galaxies and galaxy clusters.

Stars clump into galaxies, and galaxies cluster together unevenly across the heavens.

«We used the VLA and ALMA to see deeply into these galaxies, beyond the dust that obscured their innards from Hubble,» said Kristina Nyland, of the National Radio Astronomy Observatory (NRAO).

The findings boost the leading theory of galaxy formation, called Lambda — Cold Dark Matter, which proposes that slow - moving clumps of invisible dark matter gravitationally capture visible matter and help shape it into galaxies.

Eventually, that gas coalesced into stars and those stars into galaxies, giving us the universe we see today.

Stars are organised into galaxies, which in turn form clusters and superclusters that are separated by immense voids.

The material in this web can feed along the filaments into galaxies and drive their growth and evolution.

For example, small differences in temperature across the sky show where parts of the universe were denser, eventually condensing into galaxies and galactic clusters.

In the early universe, astronomers believe, dark matter provided the gravitational scaffolding on which ordinary matter coalesced and grew into galaxies.

When the cosmos was a few hundred million years old, this gas coalesced into the earliest stars, which formed in clusters that clumped together into galaxies, the oldest of which appears 400 million years after the universe was born.

Looking back in time to 16 different epochs between 11 and 13 billion years ago, the researchers discovered almost 4000 early galaxies, many of which will have evolved into galaxies like our own Milky Way.

Another crucial debate topic: Are there points of light in a fixed firmament, or are there balls of gas undergoing nuclear fusion grouped into galaxies in an expanding universe.

Also, as I'm wrapping up my doctorate in astrobiology, I will spend a great deal looking at objects I can't see with my physical eye while peering off light years into the galaxy in search of life.

Gaze into our galaxy while away from urban light pollution and explore the heavens.

They are so large that they can survive their onward journey out into the galaxy,» explains Christa Gall.

This material could eventually fall into the galaxy where it could fuel future star birth and feed the supermassive black hole.

By peering this deeply into the galaxy at millions of stars, astronomers should unleash «a tsunami of transit discoveries» within the next several years, Sasselov predicts.

This will let them finally determine just how massive the Milky Way really is, potentially yielding new insights into our galaxy's inventory of stars, dark matter and small satellites that lurk at its edges.

Kepler's job is to look deep into the galaxy and tell us what's out there.

• Enormous, enigmatic blobs of gas that may arise when one galaxy plows headlong into another galaxy.

Tracked and timed by radio telescopes, rapidly spinning pulsars can themselves be transformed into galaxy - spanning detectors sensitive to spacetime ripples with wavelengths measured in light - years.

As the craft ploughs deeper into the galaxy, the NASA team will look for an anticipated change in magnetic field direction that would indicate that Voyager 1 is at last clear of all solar influences except gravity, as well as anything that can be gleaned about interstellar space, before we lose contact.

«We think these arcs represent artifacts from two enormous gusts when the black hole expelled material outward into the galaxy,» said co-author Christine Jones, astrophysicist and lecturer at the Harvard - Smithsonian Center for Astrophysics (CfA).

Its discovery suggests the presence of a large number of yet - undetected dwarf satellites in the halo of the Milky Way and provides important insights into galaxy formation through hierarchical assembly of dark matter.

We however do not yet know whether galaxy mergers are also responsible for these, or whether they are formed by cold gas gradually falling into the galaxy.

In this cycle, jets shooting out of the galaxy's center heat a halo of surrounding gas, controlling the rate at which the gas cools and falls into the galaxy to form stars.

Another idea is that fresh gas stops flowing into a galaxy, starving it of fuel for new stars and transforming it into a red and dead spheroid.

High - energy jets shooting from the black hole heat a halo of surrounding gas, controlling the rate at which the gas cools and falls into the galaxy.

«This is particularly important because it indicates that as successive generations of stars die and eject the elements they produced into the galaxy, the heaviest elements are produced together, while previous work had suggested that this was not the case,» Dauphas explained.

Over time, the jets reach farther out into the galaxy and even beyond its confines; the hot - spots are farther from each other, and we see a more extended, double - lobed source.

The U-M researchers say that learning about the direction and speed of the spinning halo can help us learn both how the material got there in the first place, and the rate at which we expect the matter to settle into the galaxy.

If you want to go traveling way off into the galaxy, you have to put yourself in cryosleep because a ship can move only so fast.

Such an «active galactic nucleus» (AGN) presumably arises when ultrahot gas falls into a galaxy's central black hole, and common wisdom held that the matter is tipped into the black hole when galaxies collide.

The most powerful jets, called quasars, arise when black holes weighing as much as billions of suns fling infalling matter and energy back out into the galaxy, heating up loads of dust and gas and creating blinding beams of energy.

The culprit was most likely a star falling into a galaxy's central black hole.

An international team of astronomers has turbocharged the Hubble Space Telescope, enabling it to observe a brightly glowing disc of matter that is being sucked into its galaxy's central black hole.

By itself, cold dark matter would cause visible matter to condense into galaxy - sized structures, but can not explain the formation of larger structures.

Such clouds probably regularly fall into our galaxy and supply it with new material for forming stars, Lockman says.

This wind ploughs into galaxy's interstellar gas, energising it and making it glow.

Researchers think these bubbles drag trails of relatively cooler gas (about 1 million degrees), and as the bubbles detach from the jets and drift farther out into the galaxy, the cooler gas trails become even cooler, becoming extremely cold (just slight above absolute zero), and rain back on the black hole as fuel for star formation.

The halo has been found to contain some of the missing matter, and therefore, further knowledge about it «can help us learn both how the material got there in the first place, and the rate at which we expect the matter to settle into the galaxy.»