Newly Discovered ‘Extreme’ Alien Planet Is Super Hot At 5,800 Fahrenheit, Researchers Reveal

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  • CHEOPS has released the results of its observation on alien planet WASP-189b
  • WASP-189b’s orbit is tilted dramatically and orbits its star every 2.7 Earth days
  • WASP-189b has temperatures reaching 5,800 Fahrenheit

The European Space Agency’s Characterizing Exoplanet Satellite (CHEOPS) has recently discovered an alien planet about 1.6 times the size of Jupiter. Aside from having a strange orbit, it is also scorching hot.

WASP-189b, the newly discovered alien planet, was first detected in 2018 and has been recorded to have temperatures reaching 5,800 Fahrenheit — almost as hot as Earth’s outer core and is even hot enough to turn iron into gas, ESA’s study revealed.

Aside from having a size comparable to Jupiter, the exoplanet is also considered a “Hot Jupiter” due to its extremely short orbital period (2.7 Earth days). A Hot Jupiter is a gas planet with a “Jupiter-like” size that orbits very close to its star.

The star which the alien planet orbits is super hot — more than 2000 degrees hotter than the Sun — so it carries a bluish hue. CHEOPS’ observations show that it is not perfectly round and is larger and cooler at its equator than at its poles. 

“Only a handful of planets are known to exist around stars this hot, and this system is by far the brightest,” says Monika Lendl, an astrophysicist at the University of Geneva in Switzerland.

“WASP-189b is also the brightest hot Jupiter that we can observe as it passes in front of or behind its star, making the whole system really intriguing.”

Unlike Earth’s solar system, where planets orbit at the sun’s equator, WASP-189b orbits its star in such a dramatic tilt that it brings it closer to the star’s poles. This characteristic makes scientists suspect that WASP-189b formed somewhere far away from the


A ‘super healthy’ North Carolina student died from coronavirus

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  • Chad Dorrill, a 19-year-old “super healthy” college student at Appalachian State University, died from COVID-19 complications Monday. 
  • Dorrill returned home after feeling ill, and was cleared by his doctor to return to campus after recovering, only to get sick again. 
  • He’s the first reported death in the University of North Carolina school system, which has experienced an uptick in cases since in-person classes resumed last month. 
  • The percentage of coronavirus cases among young people continues to grow in part due to college reopenings, which contributes to the disease’s spread community-wide.
  • Visit Business Insider’s homepage for more stories.


Chad Dorrill, a 19-year-old student at Appalachian State University, died Monday from complications related to COVID-19, the university reported. 

Dorrill, who was a “super healthy” star basketball player in high school, according to his mom and former coach, is the first reported coronavirus death in the University of North Carolina school system, which includes 16 colleges and universities. 

The death comes soon after some UNC campuses closed in-person classes due to increasing COVID rates, and as the proportion of young people infected nationally continues to climb.

“The doctors said that Chad is the rarest 1 in 10,000,000 case,” Dorrill’s mom, Susan Dorrill, said through her son’s former travel basketball team, according to WFMY. “But if it can happen to a super healthy 19-year-old boy who doesn’t smoke, vape or do drugs, it can happen to anyone.”

Dorrill lived off campus and attended all classes online 

According to a statement from the school system’s chancellor, Peter Hans, Dorill lived off-campus and attended classes online. He started feeling sick in early September, and returned home near Thomasville, North Carolina, where he tested positive for COVID. 

After following isolation procedures and getting cleared by his doctor, he returned to Boone, where Appalachian State is located. He


Are there super salty lakes on Mars? Research suggests buried reservoir near south pole

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The existence of liquid water on Mars — one of the more hotly debated matters about our cold, red neighbor — is looking increasingly likely.

New research published Monday in the journal Nature Astronomy indicates that there really is a buried reservoir of super salty water near the south pole. Scientists say such a lake would significantly improve the likelihood that Mars just might harbor microscopic life of its own.

Some scientists remain unconvinced that what’s been seen is liquid water, but the latest study adds weight to a tentative 2018 finding from radar maps of the planet’s crust made by the Mars Express robot orbiter.

That research suggested that an underground “lake” of liquid water had pooled beneath frozen layers of sediment near the south pole — akin to the subglacial lakes detected beneath the Antarctic and Greenland ice sheets on Earth.

Image: Mars south polar ice cap (Bj?rn Schreiner - FU Berlin / ESA)
Image: Mars south polar ice cap (Bj?rn Schreiner – FU Berlin / ESA)

Earth’s subglacial lakes are teeming with bacterial life, and similar life might survive in liquid reservoirs on Mars, scientists have speculated.

“We are much more confident now,” said Elena Pettinelli, a professor of geophysics at Roma Tre University in Italy, who led the latest research and the earlier study. “We did many more observations, and we processed the data completely differently.”

Pettinelli and her team processed 134 observations of the region near the south pole with ground-penetrating radar from the Mars Express orbiter from 2012 to 2019, more than four times as many as before, covering a period of time more than twice as long.

They then applied a new technique to the observation data that has been used to find lakes beneath the Antarctic ice sheet, as well as an older technique used in the 2018 study.

Both methods indicate that there is