Hubble Captures LH 59, Showcasing Crimson Clouds Where Stars Take Shape

Recent photos from NASA / ESA’s Hubble Space Telescope show magnificent crimson plasma and dazzling blue stars in all their glory. The image in question is from LH 95, a star-forming region in the Large Magellanic Cloud, a dwarf galaxy that orbits the Milky Way.

The light from hundreds of young stars is burning the surrounding hydrogen, creating a bright red glow across the entire image. This type of emission, known as H-alpha, is a good indicator that star formation is actually taking place, and it’s similar to a flashing neon sign that draws your attention. You can also detect darker wisps of dust breaking through the light gas, indicating that denser material has withstood the relentless battering of star winds and radiation.

Blue and white stars sparkle vividly against the blazing red backdrop. Many of these are extremely hot, massive objects that have only been around for a few million years, and if you look closely, there’s one that really stands out, located just above the middle and to the left, as this bloke has a mass between 60 and 70 times that of the sun, and he’s probably a million years younger than the ones around him, the majority of which are around 4 million years old.

So far, astronomers have identified nearly 2,500 stars in LH 95, which have all of the mass they’ll ever need. They are still in the pre-main-sequence phase, essentially hanging out in their disks while nuclear fusion takes place and transforms them into stable, hydrogen-burning stars. However, the results reveal that this growth stage can last several million years, which is longer than some researchers had previously anticipated. However, accretion rates do slow down over time, but material continues to pour in for quite some time.

Hubble has given us a magnificent view of the hottest gas and brightest stars in all of their glory. The hues in this photo are fairly typical, with shorter wavelengths displaying blue and longer visible light, as well as that magnificent red hydrogen emission glowing brightly red. It all helps to accentuate the dynamic dance between stars and their surroundings, and the dark dust lanes stand out since they are the only areas that conceal some of the backdrop glow, adding depth to the entire impression.