TheBB triescope in James Webb reveals another important, taking a direct image to a long image of a solar system that is not like AST Tuesday (June 10).
the Exoplanet – Ginganse 14 Herculis C, or 14 his c for short – orbiting a star like the sun about 60 south of the land of herculeld hercules. In the new JWST Picture, it appears to be a vulnerable, obscene orange dot, its color is a result of the hot shining from the air translated into visible colors.
Astronomers estimate that 14 his c formed about 4 billion years ago and had a heavy temperature atmospheric 26 degree 3 degrees Celsius).
14 his c orbit is at a distance of about 1.4 billion miles (2.2 billion kilometers), or nearly 15 times from its star the sun. If placed in our solar system, it will sit between woman and Uranus.
But, unlike the flat, well ordered by the orbit of the planets of Our Solar SystemThe 14 herculis system is slowly wrong. Its two known planets, including 14 of his c, orbit at angles of about 40 degrees to each other, which makes an “X” the pattern of crossing around their star.
This unusual layout may have been caused by early ejecting a third widespread planet from the system, throwing out the remaining two of a roughly rough “planet tug in war,” Balmer said.
“These wobbles appear strong on long-term scales,” he said. “We try to understand what kinds of planet-planet
This uncertainty becomes a scientific advantage for Balmer’s team. At nearly 6,000-known exoplanets, only one small part is imagined.
“To do this is very difficult technical,” Balmer said. The planets shining thousands – and, in some cases, millions or billions – in times of stars, so they are “like the stars they entered,” he said.
The most direct imaginative explanations of heat, young gas giants releasing enough malfunction from the severe glare of their host to their host tow. In contrast, colder and older planets are like 14 of his c generally more decay.
Tilted at Planet, off-kilter orbit, “is the good news for direct imagination,” Balmer said. “We can confidently predict that JWST can solve the system’s extremes.”
Using the telescope specialist charged device identified as a CoronraphBalmer and his team succeeded in the river of weak infrared glows.
“We’ve now added a catalog of the catalog that is very cold than we’ve seen before we are on Webb,” Balmer said to a statement.
Based on 14 age estimates at the age of about 4 billion years, the mass seven times that Jupiterand computer models how the planets are progressing, researchers expect the planet to appear brightly – or exit more heat – than it’s in the real jwst image.
“The real way on the planet than the anos you saw,” Balmer said. “We don’t think it’s a problem with evolutionary models.”
The world’s air is checked, JWST sees carbon dioxide and carbon monoxide at temperatures where methane is often expected, suggesting that strong gases from deeper gases from higher layers, Balmer said. These gases, which can be with thin clouds, reduced heat escaping space, which makes the planet more cooler and obscene than expected.
In 14 of his c, astronomers expanded the order of the exoplanets they could learn. By examining the planets with different trash, temperatures and histories of orbital, scientists expect to obtain a deeper understanding of how ourselves, shape and progress.
“We want to understand how these planets change, because we want to understand how we here,” Balmer said.
