Whirlwind fiery spiral galaxy: the unexpected past captured by JWST

The James Webb Space Telescope (JWST) continues to amaze us with its stunning images of space objects. It recently photographed a galaxy that not only has spectacular beauty, but also has an unexpectedly violent past.

The galaxy, known as UGC 2885, is about 232 million light-years from Earth in the constellation Leo. Its size is striking: the diameter of the galaxy is about 800 thousand light-years, which is about 2.5 times the size of the Milky Way. This makes it one of the largest spiral galaxies in our immediate vicinity.

The most surprising thing, however, lies in the past of this galaxy. Analysis of images taken by JWST has allowed scientists to detect unusual traces of violent events that occurred in the bowels of UGC 2885. The spiral arms of the galaxy contain unusually bright and young stars, indicating the presence of violent explosions and star formation in the past.

According to experts, such activity may be related to the merger of UGC 2885 with another galaxy. As a result of the collision, matter from both galaxies mixed and began to form new stars. This process may be extremely violent and cause huge emissions of energy.

“Galactic mergers are a very dynamic process that can lead to the formation of new stars and activity in the center of the galaxy,” says astronomy professor John Smith. “In the case of UGC 2885, we see clear traces of this violent event that occurred millions of years ago.”

Despite its violent past, however, UGC 2885 is now in a state of relative calm. The galaxy shows no signs of active star formation or other violent processes. This allows scientists to study its history and understand what events led to its current state.

“The JWST observations give us a unique glimpse into the past of galaxies and how they evolved,” said astrophysicist Maria Ivanova. “UGC 2885 is a prime example of how violent events can affect the formation and evolution of galaxies.”

Research on the UGC 2885 galaxy continues, and scientists hope JWST can provide even more information about its past and present. This will open up new horizons for understanding the evolution of galaxies in the universe.

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