Take some time to look at the impressive image below and see what you discover. There are plenty of bright stars, flying dust, and all sorts of vague matter floating around that could someday merge into new stars, planets, or moons. There are also a number of stars in the distance, appearing as tiny dots of light scattered across the screen. So many things that you might miss out on an interesting feature in the image: a “bat silhouette”, as NASA calls it.
Now take a closer look to the right of the image, you will see a bright dot in the middle of what appears to be very dark or triangular shadows. It was a newborn star, and the shadow appeared due to the countless matter orbiting it.
The so-called “bat ball” is an indication that the star is surrounded by a “disk” of material that will later form the properties we often see in places like the solar system. our own – planets, moons, and asteroids. We can see the bright light of the star, but if aligned directly with its disk, it may be partially covered in the same dark area that we see emitting from both sides of the it.
According to NASA: Astronomers using Hubble’s photo library have previously discovered a remarkable image of the invisible disk of a young star, which would later form planets, radiating a large shadow spreads out to a more distant region of the star-forming region. The star is called HBC 672, and the shadow is named “bat ball” because it is shaped like a pair of wings. That nickname turned out to be unbelievably plausible, because these “wings” now seem to be flapping!
Right. Hubble’s new images of the distant star system seem to show changes in the shape and orientation of the shadow, most likely a ring of debris around the star without homogeneity, and the light emitted from the star creates slightly different shapes based on the shape of the ring. The ring’s shaking is likely due to a planet orbiting the star, hidden inside the disk of scrap material.
Hubble discovered a bat-like shadow in space
“You are seeing a star surrounded by a disk, and this disk is not like the ring of Saturn – it is not flat“- Klaus Pontoppidan, a researcher at the Institute of Astronomical Science said.”It bulges. And that means that if the light from the star goes straight up, it can keep going straight up – it’s not blocked by anything. But if it tries to walk along the plate, it will not escape and create a shadow“.