Look at the great Magellanic cloud! This charming collection of blue gas with a neon beer near our Roman road is full of newly born stars. The Multi Unit Spectroscopic Explorer, introduced by the European Southern Observatory, captured this photo in its digital sky overview 2 and then created a color-coded image using data collected over many years. If you are able to turn your eyes off a large exhibition in the top right corner, take a look at the object at the center of the image: This blue cloud is LHA 120-N 180B, probably an active region that forms a star.
If you approach a multiple spectroscopic explorer, this colorful nebula in the Great Magellanic Cloud is blown up by the formation of stars. With the rise of newborn stars, the instrument on the very large telescope of the ESO allows us to see the magnificent details of gas and dust that are pushed out into space.
The Jupiter's atmosphere always has an exhibition object, the Great Red Point, which shows from the upper left corner. But the planet also has some other storms that are relatively new, such as rotation in the opposite direction of the clock (but less impressively called) Oval BA.
In the outer stream of the Great Magellanic Cloud lies the NGC 1466, this spherical star of stars. Spherical clusters like these are so huge that their own gravity keeps them together; it has a mass equal to 140,000 of our suns. Scientists are very interested in NGC 1466 because it is almost as old as the only universe – 13.1 billion years old. In addition, its light stars are of key importance for cosmic ladders of astronomy and their brightness is used as a measure for measuring distances to astral objects.
NASA's Kepler mission to detect exoplanets was by far one of the most successful space missions over the past 20 years. This spacecraft has discovered more than 2,600 planets circling around other stars, which significantly changes our view of our sense of uniqueness in space. The image of the Kepler Swan Song depicts the starlight, dusted through every rectangular grid. When Kepler was out of fuel and became unable to direct his telescope, NASA withdrew it on October 30, 2018.
Have you ever wondered how the solar system came into being? Even the ALMA radio telescope in Chile can offer some answers. Consider this AS 209 image, which is known as prototype discs around the central star. These plates, made of dust and gas, have remained since the star was formed. Eventually, the theory goes, the material in the disks begins to combine, to become larger and larger. In millions of years, dust and bits are transformed into orbital planets.