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139 Sentences With "supernovas"

How to use supernovas in a sentence? Find typical usage patterns (collocations)/phrases/context for "supernovas" and check conjugation/comparative form for "supernovas". Mastering all the usages of "supernovas" from sentence examples published by news publications.

The other new key ingredient is supernovas—and the "superbubbles" formed from the combined shockwaves of hundreds of supernovas exploding in quick succession.
Many previously discovered superluminous supernovas come from galaxies smaller than our own but produce stars more quickly, perhaps suggesting that the galaxy itself could have something to do with the formation of these superluminous supernovas.
Supernovas happen when sufficiently large stars reach the end of their life.
Our first guess might be  supernovas , the titanic deaths of massive stars.
Similarly, others have argued that the purported quasars were actually powerful supernovas.
"We have had this really pretty picture where supernovas produce everything," said Linden.
Maybe I'm on the cusp of champagne supernovas, Reading Festivals, and Corona sponsorships?
One such isotope, iron-60, is rare on Earth but abundant in supernovas.
The idea that supernovas might affect life on Earth is not completely new.
It's injuries, untimely slumps, convenient hot streaks, and great players expanding into supernovas.
Three astronomers detailed their recent work on supernovas, gravitational waves, and dwarf galaxies.
"The idea of pair-instability supernovas has been around for decades," Berger said.
This means that, like supernovas, these energetic mergers are capable of forming heavy elements.
The same apparatus would also assist astronomers studying supernovas, the explosions of distant stars.
You move through strange landscapes that are almost lunar, and through supernovas of color.
"The geology of space, supernovas, life on Earth — they're all related," Mr. Stifler said.
Thus, the faraway supernovas we spot with our telescopes are disproportionately blue and bright.
While some other Type Ia supernovas have been found enveloped in a large amount of hydrogen, ASASSN-18tb didn't fit the usual model for those kinds of stellar explosions, since those supernovas usually occur in young galaxies that are still forming stars.
The updated site offers plenty of stunning photos of nebulas, supernovas, star systems, galaxies, etc.
Cualquiera de esos escenarios proporcionaría información útil sobre la dinámica de las explosiones de supernovas.
Neutron stars are the super-heavy husks left behind when giant stars explode into supernovas.
Supernovas, the cataclysmic explosions of giant stars, are one of nature&aposs most awesome spectacles.
Cualquiera de esos escenarios proporcionaría información útil sobre la dinámica de las explosiones de supernovas.
Indeed, researchers find that the redshift and brightness of supernovas scales in just this way.
If you don't control for the color-dependent effect of dust, you will infer less difference between the brightness of nearby supernovas (on average, dustier and redder) and faraway supernovas (on average, bluer and brighter)—and as a result, you will infer less cosmic acceleration.
One risk Sandberg discusses is something straight out of comic books: supernovas or gamma ray bursts.
While they'd be catastrophically bad if they happened, supernovas and gamma ray bursts are extremely rare.
Dr Thomas and Dr Melott propose that the culprit is cosmic rays from the local supernovas.
Scientists haven't found any stars in Earth's cosmic neighborhood that could explode as supernovas anytime soon.
This was also unusual because the Cow's brightness quickly peaked, whereas typical supernovas slowly get brighter.
Supernovas can be very bright for a short time and usually release huge amounts of energy.
This is because of the proximity of stars and the dangers of radiation from nearby supernovas.
But she specializes in songs suited for "dance crying," tracks that smother loss in synth supernovas.
As powerful as nova explosions are, they do not destroy either star (unlike much larger supernovas).
Astronomers have also spotted extremely bright so-called "superluminous" supernovas, whose cause and origin are also unknown.
The Supernovas feature an integrated battery and a single button near the wrist that activates the heating.
The paleontologist Otto Schindewolf proposed in the 1950s that supernovas might have induced mutations in large animals.
But Euclid is not as comprehensive as Wfirst would be; it will not use supernovas, for example.
Black hole birthing ground Black holes  can form when massive stars run out fuel and explode as supernovas.
Scientists hope that the instruments will be able to pick up the signals from exploding supernovas as well.
Unlike other political supernovas, Trump doesn't have coattails or for that matter a coat — not even a windbreaker.
Only then could they compare the brightness (and thereby deduce the distance) of TRGBs and supernovas farther away.
"The iron in our blood comes from the death of supernovas, like all iron on our planet," she writes.
Most supernovas are far away and don't call attention to themselves until their funeral pyre explosions are well underway.
Supernovas appear more "redshifted" the farther away they are, because their light has to travel farther through expanding space.
Some of these rays were the nuclei of a radioactive isotope of iron that is created almost exclusively in supernovas.
It's also unlikely that gamma ray bursts — which are even stronger than supernovas — are going to wipe us all out.
Supernovas explode approximately once every 50 years, leaving behind remnants like CTB 37A, located around 0003,000 light years from Earth.
Supernovas explode approximately once every 50 years, leaving behind remnants like CTB 37A, located around 20,000 light years from Earth.
What they found: The new study suggests that when these stars turned into supernovas, they didn't explode in a spherical ball.
Unlike dark matter halos, interacting atoms evolve complexly as the universe unfolds, giving rise to fantastic objects like stars and supernovas.
SNOLAB, one of the world's premier laboratories, searches for dark matter, supernovas and neutrinos two kilometers underground, inside an active mine.
Supernovas don't do this, but a star falling into a black hole could, in what is called a tidal disruption event.
Supernovas are rare, and the chance that two different massive stars would explode within decades in the same small galaxy is slim.
" Dan Scolnic, a supernova cosmologist at Duke University, reaffirmed that "the evidence for dark energy from supernovas alone is significant and secure.
Continuous monitoring by Las Cumbres Observatory's global telescope network has opened up a temporal view of supernovas, which could yield many more surprises.
Ten years ago, when I showed interest in following their example, my parents bought me a pair of Adidas Supernovas and special socks.
Radioactive dust sent out by ancient supernovas has been found in Antarctica, according to a new study in the journal Physical Review Letters.
Much of the dust is believed to be the product of supernovas, explosions of giant stars, like one visible from Earth in 1987.
When Sarkar and his colleagues looked at supernovas, they didn't see a universe that's accelerating uniformly in all directions due to dark energy.
Celebrity deaths are all metaphorical supernovas — the star dies, but what he or she leaves behind (the art) takes on a more powerful glow.
These are used to measure the distances to hundreds of farther-away supernovas, whose recessional speed divided by their distance gives the Hubble constant.
With Type II-P supernovas, the "progenitor" star contains enough hydrogen in its outer shells to get ionized by the supernova shockwave and turn opaque.
Supernovas like this one seen by Kepler happen when a star larger than the sun runs out of fuel, causing it to collapse and explode.
A geological feature that coincides with the period when Local Bubble supernovas were going off is an increase in traces of charcoal in oceanic sediment.
The supernovas that produced the iron-60 were probably about 300 light-years from the solar system, quite close in cosmic terms, the study concludes.
Astronomers have been able to determine the locations and timings of past supernovas by studying the x-rays they radiate for centuries after they explode.
Supernovas, black holes, quasars — there are lots of strange, high-energy items out there in the universe, and who knows what happens when they combine?
Hubble peers deep into space, patiently collecting the universe's traveling light, then delivering it to us in never before seen images: galaxies, supernovas and nebulae.
There are some bona fide supernovas (I admire especially Lisa Randall and Frank Wilczek), but Edge has also featured robber barons, dilettantes, and has-beens.
She's one of the few musical supernovas of the 21st century—a figure capable of moving units, and the pop-cultural universe, with a single gesture.
But if you're looking for all-day convenience and excellent heat distribution in gloves that work with your touchscreen, then, by all means, buy the Supernovas.
Even if big names like these have lost some of their lustre at home, abroad they can be "sort of like supernovas", the studio executive says.
Neutrinos are sub-atomic particles that pass through us all the time, and studying them can tell us about supernovas and the composition of the universe.
He moved to Tenerife and began researching supernovas at the observatories — with Pink Floyd, Peter Gabriel, Brian Eno and other '22s rockers blasting on his earphones.
At first, astronomers refused to believe that they could, instead suggesting that these weren't quasars at all, but rather supernovas and flaring stars masquerading as such.
Once inside, a million of them cling against its edges before rising to the top and bursting — like supernovas — as soon as they hit the air.
Supernovas can be seen from billions of light years away, and researchers are about to calculate their distance from Earth based on how bright they are.
Those who find the back-and-forth about data analysis hard to follow should note that the data from supernovas matches other evidence of cosmic acceleration.
Leave the interstellar antics to Jyn Erso, and check out WIRED's selection of the most stunning photos in the universe, from burping black holes to exploding supernovas.
The dusty streaks of supernovas and dead stars in the observable universe are only shrunk by the slimy clump of neurons and synapses in a human skull.
The big picture: Researchers behind the study suggest that our solar system is currently flying through a cloud of cosmic material thought to be shaped by supernovas.
A good zone, at least for a time, can create confusion, inspire hesitation and potentially dislodge offensive supernovas such as Harden and Curry from their comfort zones.
The Las Cumbres group was aiming to track 214 supernovas over three years as part of a broader mission by astronomers to develop a taxonomy of star deaths.
We will not, contrary to certain cis women's fears, erupt into supernovas and destroy the whole field, or turn into black holes and suck everyone into our space.
One reason for believing these supernovas occurred is that the shock waves from them swept away nearby interstellar gas and the magnetic field which threads through that gas.
The Orion laser facility, established in 2013 at the Atomic Weapons Establishment in the town of Aldermaston, United Kingdom, has become a leading purveyor of these supernovas-in-miniature.
By charting the rise (and fall) of the game's popularity, Benzi aims to unearth what makes something go viral, and conversely, the forces that drive online supernovas into obscurity.
Dr. Pines also worked on superfluids — materials that flow effortlessly — and applied those techniques to studying neutron stars, the ultradense remnants of stars that have blown up in supernovas.
Astronomers have little data on how stars behave before they explode; supernovas are rare, and they typically happen to distant stars that had not been noticed or studied before.
These types of supernovas are thought to come from the explosions of white dwarf stars — the dead remnants of a sun-like star — in a binary system with another star.
"It was, oh, why didn't we think about looking for these?" said Christopher Kochanek, an astrophysicist at Ohio State University who works on a project designed to search for supernovas.
Vahia and his team searched records of past supernovas, for those that would have exploded during the right period and were bright enough to see from the stone's original site.
Breitschwerdt's study is by no means proof that this particular star cluster sparked these supernovas, but it is a compelling proof-of-concept for this kind of work, Milisavljevic said.
ASASSN-15lh is about 3.8 billion light-years from Earth, but it is one of the closest supernovas of this kind yet found, the Kavli Foundation said in the statement.
Rather, they say supernovas look the way they do because our region of the cosmos is accelerating in a particular direction—roughly toward the constellation Centaurus in the southern sky.
Supernovas, the explosive deaths of massive stars, are among the most spectacular events in the universe, and the progenitors of heavy elements that sustain life on Earth (and perhaps elsewhere too).
They applied a new technique that could have implications for understanding other Type Ia supernovas, a class of stellar explosions that scientists use to determine the expansion rate of the Universe.
The chain of events Dr Thomas and Dr Melott propose starts with the observation that between 14 and 20 supernovas have gone off in Earth's vicinity over the past 8m years.
Most Ia supernovas have no hydrogen signature at all, but ASASSN-18tb appears to have ejected some hydrogen when it exploded, causing scientists to question exactly what made the star explode.
Today, scientists think this iron isotope likely comes from supernovas which burst forth little bits of the isotope out into the cosmos, eventually hitting Earth and embedding it within Earth's crust.
A citizen science project to find supernovas led by Brad Tucker and Anais Möller from the Australian National University (ANU) aims to help researchers figure out how big the universe is.
The observatory spies on objects that include black holes, galaxies, supernovas, high-temperature gases, and quasars throughout the x-ray portion of the electromagnetic spectrum to help us better understand the universe.
But during the playoffs, All-Star Weekend, or a particularly important regular season game, NBA Twitter supernovas into something else, most of all on Christmas Day, the NBA's premier regular season showcase.
Scientists are particularly interested in learning more about how stars like this explode because it could help explain the ins and outs of how supernovas spread their material throughout their host galaxies.
These unstable nuclei, together with their decay products, have been found in the ocean floor on Earth and in rock samples brought from the Moon—another reason to believe the supernovas happened.
Background: On its surface, the supernova in question — named ASASSN-18tb — looked like other Type Ia supernovas, which are typically used to measure distances in our galaxy thanks to their predictable brightness.
Supernovas could also generate an excess of cosmic rays that could seed cloud formation, leading to a "cosmic-ray winter," Henrik Svensmark of the Technical University of Denmark wrote in an email.
And a 1995 paper by the physicists John Ellis and David Schramm concluded that catastrophic supernovas could be expected every few hundred million years, in keeping with the pace of mass extinctions.
In the world of macro video, artists like Thomas Blanchard and Roman De Giuli explore the topographies of moving and colorful fluids that collide, rebound and slide past one another like supernovas.
These kinds of cosmic objects are many light-years across and are produced when supernovas explode, jostling the gas in their part of space and produce "cavities" in the gas, the ESO added.
For decades, he said, when we have thought about the energetics of cosmic rays in our universe, we've always thought about supernovas, producing protons that then generate all of the cosmic rays detected.
Supercomputer simulations conducted by a team of astrophysicists at Northwestern University suggest that each of us -- and everything in our galaxy -- may have been expelled vast distances across the universe by exploding supernovas.
In a news release from Ohio State, Kris Stanek, a co-leader of this discovery, said it could help explain the LIGO results and why astronomers didn't see supernovas from really massive stars.
Each second in the video represents 22 million years, and as it progresses, Boswell explains the basics of how the universe evolved, from the formation of the first stars, galaxies, black holes, and supernovas.
And, according to Laura Spitler, namesake of the Spitler burst and a researcher at the Max Planck Institute for Radio Astronomy in Bonn, Germany, magnetars generally form from stellar explosions called Type-I superluminous supernovas.
Originally, uranium was formed by supernovas and its slow radioactive decay (Uranium-238, the most common uranium isotope, has a half-life of 4.5 billion years) is the main source of heat in Earth's core.
The team looked at how the star cluster may have moved through the galaxy, allowing them to see where supernovas could have exploded and then match that to the iron-60 abundances in the ocean.
Just as supernovas—stellar explosions—can provide material to enrich the birthplaces of new stars, the life cycles of planetary systems may also seed new planets, in a cycle extending through the galaxy's long history.
Why it matters: Supernovas — the violent explosions of some dead stars at the end of their lives — are thought to be responsible for seeding our universe with many of the heavy elements we see around us today.
Stars and supernovas could manufacture the elements up to iron or so, according to classic papers in the 1950s but heavier elements required a different thermonuclear chemistry called r-process and lots of free neutrons floating around.
This lets the astronomers gauge the relative distances to fainter cepheids in farther-away galaxies, which gives them the distances of "Type 1a supernovas" in those same galaxies — explosions that serve as brighter, though rarer, standard candles.
Because these self-detonations are extremely luminous, astronomers often spot them out in the cosmic wilds, but it is difficult to get a closer, more detailed glimpse of supernovas located thousands, or even millions, of light years away.
Woosley hypothesizes that stars with initial masses in the range of 70 to 140 solar masses will die in stepwise explosions called "pulsational pair-instability supernovas" (PPISNs), due to a quantum phenomenon that acts on a gargantuan scale.
Now that scientists know they can detect neutrinos scattering off a nucleus, they might be able to use them to detect supernovas, or use a similar technique to detect dark matter scattering off of nuclei, reports Science News.
Blazars are probably not the only sources for high-energy neutrinos or high-energy cosmic rays, Grant said, mentioning other objects and phenomena like galactic nuclei, quasars, gamma ray bursts and some types of stellar explosions called supernovas.
Issued last December, "Old Town Road" belongs to a rare species of musical supernovas—Beyoncé's perennial feminist bop "Single Ladies" and Cardi B's "Bodak Yellow," among them—that have the power to bring the internet together around one anthem.
The sheer number of observations should help almost every corner of astronomy, from the Milky Way's companion dwarf galaxies (rich repositories of dark matter, a mysterious substance that makes up about a quarter of all the stuff in the universe) to supernovas.
The four authors, including the Oxford physicist Subir Sarkar, performed their own analysis of data from hundreds of supernovas—the stellar explosions that provided the first evidence for cosmic acceleration, a discovery that earned three astronomers the 2011 Nobel Prize in Physics.
First, the model includes a term that says how quickly the dipole acceleration drops to zero as you move away from Earth; Sarkar and company made this distance small, which means that their model isn't tested by a large sampling of supernovas.
Named ASASSN-15lh, the supernova is thought to belong to a class of objects known as "superluminous supernovas," mysterious objects that shine far more brightly than the average star explosion, though scientists don't yet have an explanation for what could cause these kinds of supernova.
Massive stars are the ones that explode as supernovas, spewing matter into space to be recycled as new stars; only their cores then collapse into black holes and neutron stars, which drive exotic and influential phenomena such as gamma-ray bursts, pulsars and X-ray binaries.
The $299 price tag for the Chaval Supernovas isn't cheap, especially compared to a good pair of unheated snowboarding / ski gloves (Burton sells Gore-Tex leather gloves for about $100) that can be augmented with disposable hand-warmer pads for as little as 50 cents a pair.
But much of it also arrived after being blasted out of host galaxies by supernovas, and then surfing over to us on the "galactic winds," which are streams of charged particles that travel between galaxies as fast as 3,000 kilometers per second (6,710,809 miles per hour).
Today, there are no clusters in the immediate vicinity of Earth that may have produced the supernovas, but by looking back in time at where star clusters were millions of years ago, the team of scientists think they found a possible cluster that was close enough to produce the explosions.
A big goal of the project, run by an international consortium led by the University of Hawaii, is to discover moving objects like asteroids so that we can visit them and perhaps steer them away before they visit us, as well as discover supernovas and other rare violent events while they are still exploding.
Young Money and Cash Money—the Birdman and Lil Wayne imprints to which OVO Sound counts itself as a descendant—became Southern rap supernovas by sharing and spreading star power; Mannie Fresh used his production talents to bolster the career of B.G and Juvenile, who in turn lifted up Lil Wayne, who brought up Drake, Nicki Minaj, and Tyga.
Commander Ru, sporting both a slight vocal strain and tinted glasses that barely concealed his somewhat puffy eyes, sent our comely crew on its first mission: a mini-challenge in which they posed for "photobombs," to be edited into images of such supernovas of our shrinking cultural galaxy as the Jonas Brothers, Kim and Kanye and Grumpy Cat.
Longstanding theories suggest that there should be abundant small black holes—perhaps as many as 20,000—within a few light years of Sagittarius A*. This is both because small black holes likely gravitate toward their supermassive counterparts, but also due to the rich environment of dust and gas surrounding galactic cores, which provides fertile ground for the formation of huge, short-lived stars that collapse into black holes after they explode as supernovas.

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