Hubble’s latest view shows cloud consumption like gas and dust jewelry in the large Magilanic Cloud (LMC), which is a dwarf galaxy about 160,000 light years from the ground. This is the largest satellite in our galaxy, and its active stormy nurseries shine in complex pastel flames. The vocal tenders in the image are attributed to the bright colorful “cotton candy” due to pink, blue and green color. Astronomers use such scenes to form stars and investigate dust. While dust hides the newborn stars, the Hubble’s sharp theory shows the structure of the narcissist nurseries in this nearby galaxy.
Galaxy Cotton Candy: Nebla and Stars
According to NASA’s official site, the rich Nebula was image using five different filters with a wide field camera 3 (WFC3) of Hubble, including ultra -violet and infrared bands. Each filter separates a range of wavelengths, so a comprehensive image highlights different components of the cloud. The bright region brings gas to the hot young stars, while the deep festivals are clouds of cold dust that prevent the light.
In fact, the image maps the mutual interference of stars and gas: astronomers see how large -scale stars sculpts nebula, which mobilizes new generations of stars in gas and dust. Clear samples of emission and absorption detect LMC galaxy structures, which helps researchers to study how its inter -stellar medium is the formation of a fuel star.
Beyond visible: filters and wrong colors
Hubble’s technicians colored the hidden figures to make the invisible visible. The visible light filters use their natural colors, while the ultra -violet light is shown as blue/violet and is shown as infrared as red. In this five filter image, for example, the places under the influence of ultra -violet and the infrared region are translated into blue, purple and red colors. This color scheme “represents the truth by adding new information from parts of the spectrum” our eyes cannot see.
The ultimate result is both a device and a picture: astronomers gain insights about the formation of gas and dust and temperature (for example, hydrogen -rich regions shining pink color), while the public gets a wonderful, other worldly view of a neighboring galaxy.
