Sentences with phrase «massive galaxy»
Over the years, the duo has explored their massive galaxy through a bevy of titles on the PlayStation 3, PlayStation Portable, PlayStation Vita and mobile devices.
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What really separates Morphite apart is it's massive galaxy that you can freely explore.
They have crafted a massive galaxy of planets for players to explore.
In fact, the colors represent dark matter, galaxies and hot gas formed from the collision of massive galaxy clusters.
Data from three of NASA's Great Observatories uncover the most massive galaxy cluster ever detected in the early univ...
A massive galaxy cluster called SPT - CL J0615 - 5746 sits in the foreground of the newly discovered SPT0615 - JD.
We truly expect the science from the Frontier Fields to redefine our understanding of massive galaxy clusters and the distant universe.
Some of the new results included deeper understandings of galaxies in the distant universe, more complete pictures of the massive galaxy clusters, and the searches for exploding massive stars, called supernovae.
MAUNAKEA, Hawaii — An international team of astronomers has discovered a distant massive galaxy cluster with a core bursting with new stars.
Hubble is two - thirds of the way through its Frontier Fields observing campaign, having completed observations of four out of the six massive galaxy clusters and their four associated parallel fields.
This Hubble Space Telescope image shows a massive galaxy cluster glowing brightly in the darkness.
Kamuela, Hawaii — The least massive galaxy in the known universe has been measured by UC Irvine scientists, clocking in at just 1,000 or so stars with a bit of dark matter holding them together.The... Read more»
An international team of astronomers has discovered a distant massive galaxy cluster with a core bursting with new stars.
Stars in a more massive galaxy will orbit faster than those in a lower mass galaxy because the greater gravity force of the massive galaxy will cause larger accelerations of its stars.
Kamuela, Hawaii — Two hungry young galaxies that collided 11 billion years ago are rapidly forming a massive galaxy about 10 times the size of the Milky Way, according to UC Irvine - led research conducted on the W. M. Keck Observatory and other research facilities around the world.
Massive galaxy cluster MACS J0416 seen in X-rays (blue), visible light (red, green, and blue), and radio light (pink).
To shed new light on these mysteries, we combine the gravitational lensing power of 25 massive galaxy clusters with HST's enhanced panchromatic imaging capabilities (WFC3 and the restored ACS) to test structure formation models with unprecedented precision.
When a very massive galaxy comes smack in between Earth and a distant galaxy, the light from the distant galaxy is bent around the huge impediment.
The image of this quasar is split into four by a massive galaxy acting as a gravitational lens.
The dominant lens is due to the massive galaxy cluster, which focuses the supernova light along at least three separate paths.
The Frontier Fields is a three - year program that teams Hubble with six massive galaxy clusters to probe not only what is inside the clusters but also what is beyond them through gravitational lensing.
The accelerated expansion increases the distance to the quasar, giving rise to higher chance of having a massive galaxy very close to the light path to produce gravitational lensing.
The big bang theory can not explain how such distant and massive galaxy concentrations could have formed so quickly that their light had over 13.0 - billion years to travel to planet Earth.5, 52, 53
The quasar image in the original image of the Sloan Digital Sky Survey (SDSS), which has been used for the actual survey to identify gravitational lensing, looks only slightly extended, but the Hubble Space Telescope (HST) image clearly exhibits two distinct quasar images (white) as well as a massive galaxy in between the quasar images (orange) that produces gravitational lensing.
This animation illustrates how the powerful gravity of a massive galaxy cluster bends and focuses the light from a supernova behind it, resulting in multiple images of the exploding star.
Located within a substantial overdensity of galaxies, this system is probably the progenitor of a massive galaxy cluster.
«The current idea is that a low - metal environment is important in creating superluminous supernovae, and that's why they tend to occur in low mass galaxies, but DES15E2mlf is in a relatively massive galaxy compared to the typical host galaxy for superluminous supernovae,» said Pan, a postdoctoral researcher at UC Santa Cruz and first author of the paper.
The results suggest that the Perseus cluster is probably not unique and that iron — along with other heavy elements — is evenly spread throughout all massive galaxy clusters, said Steven Allen, a KIPAC associate professor and head of the research team.
The picture that emerges is simple: the more massive the galaxy, the faster its star formation process tends to be.
While finding a gigantic black hole in a massive galaxy in a crowded area of the universe is to be expected — like running across a skyscraper in Manhattan — it seemed less likely they could be found in the universe's small towns.
Its extremely diminutive size suggests it has been battered to near - extinction by our more massive galaxy.
A dimly lit massive galaxy called Dragonfly 44 is a record 99.99 per cent dark matter, and could help rewrite our theories of galaxy formation.
To find out how they became so sparse, van Dokkum and his colleagues tracked how fast the stars in Dragonfly 44 move around the galaxy, and so calculated its mass: a faster speed means a more massive galaxy.
In a related finding, new images from the Gemini South telescope in Chile exposed another giant disk around NGC 300, a far less massive galaxy that resembles our own but is 6 million light - years away.
Gas surrounds a giant black hole in the early universe in this radio image, but astronomers see little evidence for a massive galaxy of stars.
On Friday at a meeting of the Royal Astronomical Society in Glasgow, U. K., Bluck will report that the most active supermassive black holes release staggering amounts of radiation during their most energetic periods, which can last hundreds of millions of years — enough, he says, «to strip apart every massive galaxy in the universe at least 25 times over.»
Researchers were able to study the quasar (seen above) in detail, thanks to the magnifying effect of a gravitational lens — a massive galaxy cluster in front of it — that caused it to appear brighter than it would have otherwise.
The telescope has helped researchers detect such clusters by exploiting a phenomenon known as the Sunyaev - Zel «dovich effect, which causes massive galaxy clusters to leave an impression on the cosmic microwave background: a faint, universe - spanning glow of light left over from the big bang.
Such clusters have very dense cores, each containing a massive galaxy called the «brightest cluster galaxy» (BCG).
And the more massive the galaxy, the more likely this is to be the case.
Eventually, the colliding galaxies merge to form a new, more massive galaxy.
Red indicates 10 million Kelvin gas at the centers of massive galaxy clusters, while bright structures show diffuse gas from the intergalactic medium shock heating at the boundary between cosmic voids and filaments.
Located some 60 million light - years away, NGC 4388 is experiencing some of the less desirable effects that come with belonging to such a massive galaxy cluster.
A black hole merger in a massive galaxy like M87 would yield detectable gravitational waves for 4 million years, for instance, while a more modest galaxy such as the Sombrero Galaxy would offer a 160 - million - year window.
LIGHTEN UP Some of the faintest, most distant galaxies detected to date (arcs) appear in this Hubble Space Telescope image of the massive galaxy cluster Abell 2744.
«Almost every massive galaxy contains a supermassive black hole,» Pasham says.
This ambitious three - year effort teams Hubble and NASA's other Great Observatories to look at select massive galaxy clusters to help astronomers probe the remote universe.
«The results are in good agreement with what has been predicted to happen inside massive galaxy clusters,» added Mireia Montes of the IAC, lead author of the paper published in the Oct. 1 issue of The Astrophysical Journal.
The massive galaxy cluster Abell 2744, nicknamed Pandora's Cluster, takes on a ghostly look in this Hubble Space Telescope view where the total starlight from the cluster has been artificially colored blue.
MAGNIFYING THE COSMOS The light from a distant galaxy (lower right) is warped by the gravity of a closer, massive galaxy (bright blur in center).