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Scientists may have identified one of the Solar System’s most important “planet factories” hidden just beyond Jupiter. When the Solar System first formed, the young Sun was surroun...
When the solar system formed, a disk of gas and dust orbited the young sun. Over the course of millions of years, the dust gradually clumped together to form kilometer-sized chunks...
Massive amounts of dust swirl around active nuclei at the centres of galaxies, and these discs could give rise to vast numbers of rocky planets, some even the size of stars
Another puzzle piece in how our solar system formed. The post Scientists Spot What Appears to Be a Ring-Shaped “Planet Factory” Deep Out in Space appeared first on Futurism.
Jupiter helped create the different rocky bodies in the Solar System. The massive gas giant created a planet-induced pressure bump in the gas in the disk surrounding the young Sun....
Stars like our sun are formed from the collapse of stellar objects called prestellar cores, cold and dense concentrations of gas and dust held together by gravity. While many quest...
The rotation of a protoplanetary disk (a disk where planets are being formed) has been observed directly for the very first time by mapping the emissions from the dust grains withi...
You know the story. Clouds of dust and gas collapse to form stars like our Sun, around which the swirling maelstrom of debris slowly coalesces into a system of planets.Continue Rea...
The universe is full of fascinating structures, and some of the most striking take shape inside the giant clouds where stars are born. There, streams of gas appear to converge from...
Ever since the first protoplanetary disk was discovered in 1984 around the star Beta Pictoris, these objects have presented astronomers with laboratories to study the births and ev...
"We were totally amazed when we noticed this mass and size range of planet formation."
Italian astronomers have used the Very Large Telescope (VLT) to perform polarimetric observations of the star WRAY 15-1880 and its young circumstellar disk. Results of the new obse...
Interstellar comet's chemistry offers clues to how planets form around distant stars, revealing familiar building blocks beyond our solar system.
Learn more about the new method astronomers are using to help estimate newborn planets' masses based on dust rings.
Massive stars can form via accretion disks even in the Milky Way’s harsh center, showing disk-driven growth works across extreme environments.
A team of astronomers, led by University of Warwick in collaboration with researchers at MIT and McMaster, have developed a novel method to use the properties of dust rings around...
Massive stars much bigger than our sun always come in pairs or groups, not alone. But astronomers don't fully understand how these groupings form. In a new study, astronomers using...
Astronomers using the James Webb Space Telescope have uncovered surprising evidence about how enormous “super Jupiter” planets are born. The discovery blurs the line between massiv...
The young planetary system of the 23-million-year-old star Beta Pictoris (short: Beta Pic) is regarded as an iconic circumstellar dust disk, which hosts at least three giant gas pl...
Mimicking the chemistry of outer space to explain how planets form
The universe is full of fascinating structures, and some of the most striking take shape inside the giant clouds where stars are born. There, streams of gas appear to converge from...
New simulations show that interactions with a magnetic field can work to decrease the distance between still forming binary protostars. These results can help explain the character...
"This discovery provides a crucial insight into how planets form even around massive, eccentric objects."
Researchers at the University of Warwick in the UK, the Massachusetts Institute of Technology (MIT), and McMaster University in Canada have shown that the structures of dust rings...
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