According to new research, a large amount of undulating gas and dust appeared, swallowing our solar system millions of years ago.
As New Scientist According to reports, astrophysicists have discovered that Radcliffe Wave (a structure filled with 9,000 lights of stars, the gas and dust needed to form new stars) seems to have swept across our entire solar system about 14 million years ago.
As astrophysicist Catherine Zucker at Harvard told The The Harvard told The The Harvard told The The The Harvard told The The The The Harvard told The The The The The Harvard told The The The The The The The The The The The The Wonderful Milky Wave, which shows that the Earth has passed about 13 million years ago, plunging our planet into a “supernova festival.” Washington Post last year.
Now, Efrem Maconi, a PhD student at the University of Vienna, believes that our entire solar system may have passed this incredible structure.
Maconi and his team used data from the European Space Agency's Gaia telescope to identify recently formed stars and the gas around the Radcliffe Wave to see how the structure itself seems to move.
Comparing the data with estimates about the solar system trajectory, researchers in Vienna found that the Sun and Radcliff waves were close to each other 12 to 15 million years ago. Ultimately, scientists estimate that we are moving in the waves about 14 million years ago. It is incredible in the geology and even evolutionary range. It is believed that the phenomenon of dinosaurs 66 million years ago has disappeared.
In addition to discovering, Maconi also told New Scientist The sky looks very different as our solar system passes through the Radcliffe wave.
“If we were in dense areas of interstellar medium, it would mean that the light from the stars to you to you would be dim.” “It's like on a foggy day.”
The discovery further infers the discovery, which the scientists behind also believe that the Radcliff wave played a role in climate cooling during the Miocene period, when temperatures dropped and permanent ice caps were determined. This could be a range, according to Ralph Schoenrich, associate professor of climate and physics at University College London.
“The rule of thumb is that geology outweighs any universe's influence,” Schoenrich, who was not involved in the study, told the study New Scientist. “If you move the continent or interrupt the currents, you get climate change from it, so I’m very suspicious that you need anything else.”
More information about the stars: James Webb discovers mysterious objects traveling through space between stars
