NASA’s Spitzer Space Telescope has captured a grand view while exploring patches of the sky. In an infrared image captured by the telescope and posted on social media by NASA, we see a cosmic cloud that resembles a butterfly. But don’t be fooled. This image is of a cluster of “baby stars”, a nebula of new stars. The image shows huge red clouds of gas and dust where new stars may form. What looks like a butterfly’s wings are actually giant bubbles of hot, interstellar gas that are emanating from the hottest and most massive stars.

The image is not only a treat for the eyes, but also shows the process that takes place in the nebula. According to the post by NASA, “Besides being beautiful, this nebula demonstrates how the formation of stars results in the destruction of the very clouds that helped create them.”

The post went on, “Inside giant clouds of gas and dust in space, the force of gravity pulls material together into dense clumps. Sometimes these clumps reach a critical density that allows stars to form at their cores.” The bubbles, in the pictures, are formed when radiation and winds from the massive stars combine with the material that releases into space when the stars explode. But the process disperses the surrounding gas and breaks up the dense clumps.

NASA wrote, “In fact, the material that forms this nebula’s wings was ejected from a dense cluster of stars that lies between them.”

The image, released by NASA, contains not one but two-star clusters. 


You May Also Like

Enzyme makes men more vulnerable to coronavirus; adding interferon may improve treatment

FILE PHOTO: A computer image created by Nexu Science Communication together with…

Elon Musk Says Next SpaceX Mission Will Have Free Wi-Fi, Food Warmer

Three days into SpaceX’s all-civilian Inspiration4 mission, the crew has appeared in…
the 10 most popular physics stories of 2024 – Physics World

the 10 most popular physics stories of 2024 – Physics World

[ad_1] Picking winners: the 10 most popular physics stories of 2024 –…
Motion blur brings a counterintuitive advantage for high-resolution imaging – Physics World

Motion blur brings a counterintuitive advantage for high-resolution imaging – Physics World

[ad_1] Motion blur brings a counterintuitive advantage for high-resolution imaging – Physics…