Cosmos Explorer

Cosmos Explorer Exploring the Universe & Our Home Planet🌎
Astronomy🌌 | Cosmology🔭 | Physics🚀
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Currently I'm founding Unified Theory 🔭✨🚀🌌
Exploring the Universe & Our Home Planet🌎
Astronomy 🌃🔭 || Cosmology 🌎 || Physics 🚀
YT Channel : Cosmos Explorer 7K+
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19/01/2026

Something is moving our galaxy, what is it?

I'll see you on the far side of the MoonOur Moon takes about four weeks to rotate on its axis: exactly as long as it tak...
07/01/2026

I'll see you on the far side of the Moon

Our Moon takes about four weeks to rotate on its axis: exactly as long as it takes to orbit once around Earth. This phenomenon, known as tidal locking, means that we only ever see one side of the Moon (the near side) in the sky.

The other side of the Moon is often incorrectly called the "dark side"—it spends just as much time in the Sun, so calling it the far side is more accurate. Still, we had no idea what it looked like until spacecraft flew around the Moon in the 1950s and 1960s.

With images like this high-res mosaic taken by NASA's Lunar Reconnaissance Orbiter (between 2009 and 2011), we're getting a close-up look into the far side's mysteries. For example, the far side's surface has many more craters than the near side, with fewer lunar 'seas' of cooled lava.

Soon, II astronauts will blast off on their mission around the Moon, where they'll get a firsthand look at the far side. We'll be bringing you their journey live; keep an eye on nasa.gov/artemis for the latest updates!

Image description: This two-image carousel shows off the Moon's far side, with one hemisphere in each image. Its gray surface is pockmarked with countless craters of various sizes. The background is completely black.

Credits: NASA/GSFC/Arizona State University

🌕 Don’t miss these full moons in 2026 — because this year the Moon is not playing normal.From glowing supermoons to a ra...
03/01/2026

🌕 Don’t miss these full moons in 2026 — because this year the Moon is not playing normal.

From glowing supermoons to a rare Blood Moon, the night sky will give us moments that feel unreal if you look up at the right time.

March 3, 2026 is the biggest highlight. That night, the full Moon will slowly slide into Earth’s shadow and turn deep red during a total lunar eclipse. This is what people call a Blood Moon — no filters, no camera tricks, just pure cosmic alignment. And yes, it will be visible from many parts of the world, including India.

As if that wasn’t enough, 2026 also brings a Blue Moon in May, meaning two full moons in a single month — something that doesn’t happen every year. From the Wolf Moon in January to the Cold Moon on Christmas Eve, each full moon carries its own story, name, and energy.

You don’t need a telescope. You don’t need expensive gear. Just step outside, look up, and remember how small we are in this vast universe.

🌕 Save these dates.
🩸 Especially March 3.
💬 Which full moon are you most excited to see?

Because some moments in the sky don’t wait.

✨ Follow for more • Cosmos Explore 369 ✨

On the night of 7–8 September 2025, the world witnessed a spectacular total lunar eclipse, popularly called a Blood Moon...
08/09/2025

On the night of 7–8 September 2025, the world witnessed a spectacular total lunar eclipse, popularly called a Blood Moon. During this event, the Earth came directly between the Sun and the Moon, casting its shadow and giving the Moon a deep reddish hue due to the filtering of sunlight through Earth’s atmosphere. This eclipse was especially notable because of its long totality of about 82 minutes, one of the longest of the decade, caused by the Moon being near apogee (its farthest point from Earth) and passing centrally through Earth’s umbra. It was visible to nearly 85% of the world’s population, with the best views across Asia, Africa, Europe, and Australia, while parts of the Americas missed it. In India, the eclipse began around 8:58 PM IST with the penumbral phase, turned partial by 9:57 PM, reached totality at 11:01 PM, and ended with the last penumbral shadow at 2:25 AM IST on September 8. The striking red color of the Moon was caused by Rayleigh scattering, where Earth’s atmosphere scatters shorter blue wavelengths and allows longer red wavelengths to illuminate the Moon. The event was both a scientific marvel and a celestial spectacle, offering skywatchers and students alike a memorable opportunity to witness and learn about planetary alignments and the behavior of light.

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