Sentences with phrase «out of the galaxy»

The explosions drive huge amounts of gas out of the galaxies and with most of the rest consumed in star formation, the galaxies soon run out of fuel.

In this result from 2011, astronomers found that gas blown out of galaxies from energetic newborn stars often will fall back into the galaxy, providing additional fuel for new star formation.

In this process, massive stars formed early in the life of a galaxy shine so brightly that the pressure of their radiation pushes lots of gas and dust out of the galaxy altogether.

When we read off the r - process content of that first star in our telescope, it just looked wrong, like it could not have come out of this galaxy!

Some stars are in a rush to get out of the galaxy.

I was worried about the texture of applesauce and yogurt together, but that extra added crunch from the breadcrumbs and apples really blew this dish out of this galaxy!

One possibility is that exploding stars blast normal matter out of galaxies.

Using these data, the team concluded that huge quantities of hydrogen gas must be streaming out of the galaxy.

Some stars are in an awful rush to get out of our galaxy.

It could take the top prong and be a regular spiral where the arms come right out of the galaxy center, or it could take the bottom prong and be a barred spiral with the arms starting from the ends of a bar of gas and stars going through the center.

Using a telescope at the Cerro Tololo Observatory in Chile, astronomers have taken the clearest picture ever of bubbles and plumes of hot gas shooting out of another galaxy.

Look overhead at that hour and you are peering straight out of our galaxy into comparatively open intergalactic space.

And it might have been blown out of our galaxy by an exploding star known as a type 1a supernova.

If they are jettisoned out of the galaxy and then explode as supernovae, the heavy elements they contain could be released into this medium.

How much material do high - energy objects, like exploding stars or ravenous black holes, toss out of their galaxy's gravitational grip?

The ionized gas the astronomers observed extends across 300,000 light - years and is carried out of the galaxy by a powerful superwind.

Its action forces interstellar gas out of the galaxy very efficiently, which accelerates the galaxy's gas - loss rate.

The cold clumps shown in the inset image are expelled out of the galaxy in a «galactic hailstorm»

Perhaps, Simon says, when stars explode as supernovae inside a dwarf galaxy, the force might «blow much of the gas that is present completely out of the galaxy, reducing the amount of normal matter it contains while leaving the dark matter in place.»

Infrared light is pouring out of the galaxy, equivalent to more than a thousand billion times the energy of our sun.

For decades, astronomers» observations have indicated that some elusive «dark matter» provides most of the gravity needed to keep the stars from flying out of the galaxies.

The combined energy from numerous supernova explosions and black hole jets created powerful «winds» that blew these elements out of the galaxies, into intergalactic space.

KIPAC faculty member Risa Wechsler, a founding member of DES, said, «For the first time, the precision of key cosmological parameters coming out of a galaxy survey is comparable to the ones derived from measurements of the cosmic microwave background.

A close encounter with the supermassive black hole at the centre of the Milky Way is typically presumed the most plausible mechanism for kicking these stars out of the galaxy.

As one star was pulled into the black hole, the other was whipped into frenzy and flung out of the galaxy.

The light from a burst of newly formed stars blows clouds of hydrogen gas (highlighted in red) out of galaxy M82.

In reality, they remain mysteriously high at the periphery, so high that stars should be hurled right out of the galaxy.

Co-author Helen Russell (Institute of Astronomy, Cambridge, UK) expands: «The stars that form in the wind close to the galaxy centre might slow down and even start heading back inwards, but the stars that form further out in the flow experience less deceleration and can even fly off out of the galaxy altogether.»

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.

Although in the short term strong stellar winds through gas clouds can instigate star formation, in this case the gas blown out of the galaxy's inner regions will eventually strip the galaxy of the ingredients for future star growth.

If you could travel a few hundred thousand light years straight out of our galaxy, you'd see something very much like UGC 12158.

Powerful radiation from supermassive black holes at the center of most large galaxies creates winds that can blow gas out of the galaxies, halting star formation.

But unlike a child's arsenal, these spitballs are roughly the size of a planet and can travel fast enough to shoot out of the galaxy.

The simulations reveal that the recoil from the combining of black holes could shoot the resulting merged supermassive black hole right out of its galaxy.

Most of this intense starlight, however, never makes it out of the galaxies themselves; there is simply too much obscuring interstellar dust in each.

«This is because quasars are energetic enough to eject gas out of the galaxy, and gas is the fuel for star formation, so quasars provide a viable mechanism to explain the transition between a starburst and an extinct elliptical (galaxy).»

When these supercharged early stars ran out of fuel and exploded as supernovae, they would have blasted the interstellar gas right out of the galaxy.

Powerful gales from supermassive black holes in the center of galaxies can blast gas and other raw materials right out of the galaxy, robbing it of the raw materials needed to make new stars, a new study suggests.

Astronomers have found a few stars that buck this trend, seeming to have velocities that will eventually take them out of the galaxy all together.

The simulations tracked the sun's siblings as they passed in and out of the galaxy's spiral arms over 4.6 billion years.

The researchers believe that at least 40 billion Type Ia supernovae must have exploded within a relatively short period on cosmological time scales in order to release that much iron and have the force to drive it out of the galaxies.

«The stars that form in the wind close to the galaxy centre might slow down and even start heading back inwards, but the stars that form further out in the flow experience less deceleration and can even fly off out of the galaxy altogether,» said co-author Helen Russell, from the Institute of Astronomy at the University of Cambridge.

They now seek to calculate the mass of the material being blown out of our galaxy, which could lead them to determine the outburst's cause from several competing scenarios.

This would show the structure of the so - called «cosmic web» that galaxies are embedded inside, and how chemically enriched gases flow in and out of a galaxy to fuel star formation.

Astronomers have debated whether starlight, stellar explosions or super-massive black holes force gas out of galaxies.

You are out of galaxy these days please launch something good for this beautiful planet.