Sentences with phrase «earliest stars»

The phrase "earliest stars" refers to the very first stars that formed in the universe after the Big Bang. These stars are believed to have appeared billions of years ago and hold important information about the early stages of our universe. Full definition
It's possible, he says, that there might be some unforeseen process at work that could change current understanding of early star formation.
The problem with studying those very early stars is that they no longer exist.
Early stars partially composed of dark matter may have been too bloated for fusion.
And all but the very earliest stars have been built from such dust.
The idea of polluted and evacuated Earth gave us Pixar's «Wall - E» and Christopher Nolan's «Interstellar,» starring Matthew McConaughey, who earlier starred in the weirdly compelling...
The strength of 2015's The Force Awakens came from its careful retreading of ground that was already broken by earlier Star Wars films, in ways that pleased fans who were terrified this new trilogy would repeat the mistakes of George Lucas's «prequel» trilogy.
Finding so many primordial galaxies allows scientists to pin down crucial questions about the newborn universe, such as when light from early stars and galaxies penetrated the early cosmic gloom.
Several plays and one McDonald's commercial later (yes, Mike Leigh directed a McDonald's commercial), the Leigh - Hemming collaboration graduated to Meantime (1984), a tart taste of working - class Britain, which featured Tim Roth and Gary Oldman in early starring roles.
And Laporte concludes: «Further measurements of this kind offer the exciting prospect of tracing early star formation and the creation of the heavier chemical elements even further back into the early Universe.»
The dwarf galaxy also is of interest because it provides clues to how the early simple universe became re-ionized by early star formation, moving it from the so - called cosmic Dark Ages of neutral gases to the development of the complexly structured universe now in existence, where the gas between galaxies is ionized.
Abstract: We report the discovery of KELT - 20b, a hot Jupiter transiting a V ~ 7.6 early A star with an orbital period of P ~ 3.47 days.
The seventh show in the long - running science fiction franchise is a grim and militaristic special - effects extravaganza that largely repudiates the optimistic view of the future of earlier Star Trek television shows.
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.
The universe's earliest stars comprised unique chemical compositions, but they have burnt themselves out by now, he explains, so scientists will have to look for remnants from these stars in today's suns.
«The last 25 years have been devoted to perfecting observing techniques and instruments to allow us to see early star formation.
An artist's impression shows a primordial quasar as it might have been, surrounded by sheets of gas, dust, stars and early star clusters.
Loeb's primer on the formation of early stars and galaxies opens a new series meant to offer short, accessible introductions to current frontiers of fundamental physics research.
The game also tended to freeze for me after extended play on the 360, a plague that riddled the first Batman game and early Star Wars titles as well.
Williams» early starring roles — in films like Moscow on the Hudson, The World According to Garp and Popeye — were much more interesting than the obnoxious, pandering «family» comedies he would go on to make later in his career.
F... ▽ More We report the discovery of KELT - 20b, a hot Jupiter transiting a V ~ 7.6 early A star with an orbital period of P ~ 3.47 days.
Certain models of supermassive black hole growth invoke the presence of «seed» black holes that result from the deaths of very early stars.
One of TMT's first - light instruments, WFOS (see below) will also allow new understanding of the composition of the intergalactic medium that fills space, revealing how heavy elements were spread by early star formation.
I think the surprise that is definitely there is the evidence for early star formation, just 100 million years after the Big Bang.
Tottenham Hotspur's Dele Alli has been one of the early stars of the Premier League season, and his form is understood to have alerted Paris Saint - Germain, while Chelsea may regret missing out on signing the England international when they had the chance.
Even more than the candidate himself, Trump's campaign chief, Paul Manafort, has emerged as the early star of the Republican National Convention.
He chose to focus on the birth of the earliest stars, rather than the birth of the universe some 13.8 billion years ago, because he wanted to get closer to «our cosmic roots,» as he puts it: «We are made of the heavy elements that were produced by the first stars, not by the Big Bang.»
The Precision Array to Probe the Epoch of Reionization will help pinpoint the earliest stars» births.
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.
Knowing when reionization kicks in will allow scientists to deduce precisely when the earliest stars flicked on.
Kogut's team speculates it may be a curtain of light emitted by the earliest stars to form in the universe — so - called Population III stars.
That means the Thirty Meter Telescope will be able to detect objects too dim for Hubble, leading to detailed observations of the earliest stars and how these objects influenced the universe's evolution.
But the team is confident that these images reveal the earliest stars because the picture remains the same over the four different infrared wavelengths observed.
According to the researchers, the light from the earliest stars is still detectable amidst the infrared light that makes up the background of the observable universe.
This simulation shows light from an early star 100 million years after the Big Bang.
The team also discovered a similar galaxy, MASOSA, which, together with Himiko, discovered by a Japanese team, hinted at a larger population of similar objects, perhaps made up of the earliest stars and / or black holes.
The team wanted to see how the earliest black holes grew, so they created simulations based on previous work with the earliest stars, many of which collapsed directly into the first black holes.
One possibility is that seed black holes grew out of the demise of the earliest stars; another explanation is that gaseous pre-galactic disks gravitationally collapsed to create nascent black holes.
The research team concluded that primordial black holes must have been abundant among the earliest stars, making up at least about one out of every five of the sources contributing to the CIB.
That pushes back the earliest star - forming days of the universe to within a few hundred million years of the big bang — a blink of an eye in astronomical time.
Making significant amounts of heavier elements, such as carbon, oxygen, and iron, is thought to have taken multiple generations of stars, so these appeared to be some of the very earliest stars.
The earliest stars are thought to have been massive, short - lived balls of hydrogen and helium, whereas their offspring incorporated heavier elements formed in the first generation's explosive demise.
«How can a quasar so luminous, and a black hole so massive, form so early in the history of the universe, at an era soon after the earliest stars and galaxies have just emerged?»
When the early universe grew cool enough for atoms to form, subatomic particles combined into extensive clouds of neutral hydrogen and helium, which efficiently absorbed ultraviolet light from the earliest stars.
Some of these early stars were huge, a hundred times as massive as the sun, and lived short, spectacular lives, dying in gigantic explosions known as supernovae.
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