The Large Magellanic Cloud (LMC), a nearby dwarf galaxy orbiting the Milky Way, has just received a stunning spotlight, thanks to the Hubble Space Telescope. Using five special filters, including ultraviolet and infrared, Hubble captured a breathtaking view of swirling gas and dust glowing in pink, blue, and green. These colorful wisps, nicknamed “cotton candy clouds,” reveal active star-forming regions hidden to the human eye. The image is not just beautiful, it’s full of important scientific data. Seen only from the Southern Hemisphere, the LMC offers a rare look into galaxy evolution and the life cycle of stars just 160,000 light-years from Earth.
What are cotton candy clouds captured by Hubble telescope
Hubble’s Wide Field Camera 3 (WFC3) captured the scene using five filters, including ultraviolet and infrared, that isolate wavelengths invisible to our eyes. Each wavelength gets a distinct color assignment: shorter (UV) light becomes blue or purple, longer (IR) appears red. The result: shimmering gas clouds that resemble brightly coloured cotton candy
The N11 Nebula: Candy Floss at Cosmic Scale
The colourful filaments belong to N11 (also known as LHA 120‑N 11), the second‑largest star‑forming region in the LMC. Spanning about 1,000 light‑years, this nebula contains cavities and shells carved by young, massive stars and past supernovae. Its billowing pink gas resembles fairground candy floss, more intense and dramatic in close‑up views. Studying regions like N11 helps astronomers learn how stellar winds and radiation shape interstellar clouds and trigger new generations of stars.
Where is it and why it matters
The scene unfolds within the Large Magellanic Cloud, a dwarf satellite galaxy of the Milky Way, located about 160,000 light‑years away in the southern constellations Dorado and Mensa. Though small, the LMC plays a big role in understanding galaxy evolution. Alongside the Small Magellanic Cloud, it orbits the Milky Way and is connected by the Magellanic Bridge of gas. Scientists believe the LMC may interact with our galaxy in roughly 2.4 billion years, well before the predicted collision with Andromeda in about 10 billion years
How Hubble turns raw data into vivid art
The Hubble telescope collects data across multiple wavelengths. Experts then combine and assign colors to each filter’s output, balancing aesthetics with scientific clarity. Blue or purple tones often represent ultraviolet, while reds correspond to infrared. Though the final image is visually striking, it’s grounded in real measurements and helps researchers understand gas composition, density, and star‑forming activity within the nebula
What makes the image special
This Hubble photo stands out for its combination of scientific insight and visual beauty. It’s a powerful example of how advanced space instruments can illuminate the interstellar medium, revealing stellar nurseries and the dynamic processes inside a neighbouring galaxy. For anyone curious about galaxy evolution, nebula structure, or how scientists convert invisible light into dazzling images, this view is both enlightening and inspiring.Also read| 10 stunning sights from NASA’s eye on the universe