The Nexush

2026 is a rare year for skywatchers 🌌 — it brings 13 full moons, including 3 supermoons, 1 blue moon, and multiple lunar eclipses.
The February Snow Moon lights up the sky right now, but that’s just the beginning.

🌕 What’s special about 2026?

• 13 full moons instead of 12
• A rare Blue Moon in May
• Three Supermoons, including one on Christmas Eve
• Total & partial lunar eclipses
• Micromoons that appear smaller than usual
Whether you love astronomy, astrology, or just stunning night skies — this year is packed with celestial drama.

👇 Full Moon Schedule 2026
Jan 3 – Wolf Moon (Supermoon)
Feb 1 – Snow Moon
Mar 3 – Worm Moon (Total Lunar Eclipse)
Apr 2 – Pink Moon
May 1 – Flower Moon
May 31 – Blue Moon 🌕🌕
Jun 30 – Strawberry Moon (Micromoon)
Jul 29 – Buck Moon (Micromoon)
Aug 28 – Sturgeon Moon (Partial Eclipse)
Sep 26 – Harvest Moon
Oct 26 – Hunter’s Moon
Nov 24 – Beaver Moon (Supermoon)
Dec 24 – Cold Moon (Closest Supermoon)

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#FullMoon2026 #Supermoon #BlueMoon #LunarEclipse
#Astronomy #SpaceFacts #NightSky #MoonLovers
#SnowMoon #ChristmasSupermoon #CelestialEvents

2 weeks ago | [YT] | 22

The Nexush

🌧️ RAIN… BUT NOT THE WAY YOU KNOW IT 🌧️
What if rain on other planets wasn’t water at all?
Here’s what science tells us about alien rain across the Solar System — based on physics, lab experiments, and planetary models 👇
🟡 Venus
☣️ Sulfuric Acid Rain
Yes, it rains acid — but the drops evaporate before hitting the ground due to extreme heat and pressure.
🌍 Earth
💧 Water Rain
The only planet we know where rain reaches the surface and supports life.
🟠 Jupiter
💎 Diamonds & Helium
Deep inside, insane pressure turns methane into diamonds.
Helium also condenses and falls as helium rain toward the core.
🟡 Saturn
💎 Diamond Rain
Similar to Jupiter — carbon crystallizes into diamonds and sinks deep into the planet.
🔵 Uranus
💎 Diamond Rain
Scientists strongly believe diamonds form and rain down inside this ice giant.
🔵 Neptune
💎 Diamond Rain
Extreme pressure + methane = diamonds falling through the mantle.
⚠️ Important note:
These aren’t direct observations — they’re based on strong scientific models and experiments, not guesses or sci-fi.
🤯 The universe doesn’t just have strange planets…
It has strange weather.
👉 Want to know about methane rain on Titan or other alien worlds?
Drop a comment 👇
#SpaceFacts #AlienWeather #PlanetScience #DidYouKnow #Universe #Astronomy #Science

3 weeks ago | [YT] | 21

The Nexush

🌍 The Most Expensive Things Ever Created in Human History! 🚀

Projects that cost billions of dollars to build!

🔸 International Space Station (ISS) — 💰 $150 Billion
The most expensive project humans have ever made—a massive space laboratory built through international collaboration.

🔸 Gerald R. Ford-Class Aircraft Carrier — 💰 $13 Billion
The most advanced and powerful warship ever constructed.

🔸 Starlink Satellite Constellation — 💰 $10 Billion
SpaceX’s mega project aimed at delivering high-speed internet to every corner of the planet.

🔸 James Webb Space Telescope — 💰 $9.7 Billion
The most powerful telescope ever created—capable of observing light from just after the Big Bang.

🔸 Columbia-Class Submarine — 💰 $9.15 Billion
A crucial part of the United States’ nuclear defense system—extremely costly and highly advanced.

🔸 Large Hadron Collider (LHC) — 💰 $9 Billion
Earth’s biggest particle accelerator—the machine that confirmed the Higgs Boson.

🔸 USS Zumwalt Stealth Destroyer — 💰 $8 Billion
A next-generation stealth battleship—so expensive the program was nearly cancelled.

🔸 Northrop B-2 Spirit Bomber — 💰 $4.2 Billion Each
Invisible to radar—still the most expensive aircraft ever built.

🔸 Mars Perseverance Rover — 💰 $2.7 Billion
A robotic explorer sent to uncover new clues and secrets on the Red Planet.

1 month ago | [YT] | 19

The Nexush

How Hot (or Freezing!) Are the Sun & Planets Really? ❄️

Most people think Mercury is the hottest planet… WRONG!
Here’s the real temperature lineup in our Solar System 🌍🪐

☀️ Sun: ~5,500°C at the surface (its core? Try 15 MILLION °C)

🌋 Venus: 464°C — hottest planet, thanks to a runaway greenhouse effect

🌑 Mercury: 167°C average — burns by day, freezes by night (no atmosphere to hold heat)

🌍 Earth: 15°C — life sweet spot

🔴 Mars: -65°C — cold, dusty desert

🟠 Jupiter: -110°C at cloud tops — gas giant chill zone

💍 Saturn: -140°C — rings don’t warm you up

💧 Uranus: -195°C — tilted ice giant freezer

🌊 Neptune: -200°C — coldest planet, winds faster than bullets

❄️ Pluto (dwarf planet): -143°C — frozen world on the edge

🌡️ Trend: The farther from the Sun, the colder —
except Venus, which cooks under a thick CO₂ blanket.

⚡ Want a breakdown of WHAT’S in these atmospheres and why Venus is hotter than Mercury? Ask!

1 month ago | [YT] | 47

The Nexush

How long can a human survive without the basic necessities of life?

We like to think we are strong.
We like to think we are in control.
But the human body is on a timer.
❌ No Oxygen → 3–8 minutes
After that, the brain starts dying.
Memories fade. Consciousness shuts down.
There is no strength, no courage—only biology.
❌ No Water → 3–4 days
Organs begin to fail.
Blood thickens.
The body slowly shuts itself off to survive.
❌ No Sleep → Around 11 days
Reality breaks.
Hallucinations begin.
The mind turns against itself before the body does.
❌ No Food → 1–2 months (if water is available)
The body eats its own fat.
Then its muscles.
Survival comes at a brutal cost.
Your body is not immortal.
Your time is not unlimited.
Health is not optional.
Respect your body—
because life is fragile, and biology never negotiates.
Please like share and comment 💕

1 month ago | [YT] | 23

The Nexush

provides a visual representation and description of the Milky Way galaxy, specifically highlighting the location of our Solar System.
The image displays the structure of the Milky Way galaxy.
Our Solar System is situated in the Orion Arm, also known as the Orion Spur.
The Orion Spur is a small partial arm located between the larger Scutum-Centaurus and Perseus arms.
The image indicates that the stars visible to the naked eye are almost exclusively within this local area.

#SpaceFacts #science #shorts #astronomy #galaxy #space #facts

1 month ago | [YT] | 72

The Nexush

Types of Outer Space Phenomena 🌌
Outer space is a vast expanse beyond Earth's atmosphere that contains numerous celestial bodies and phenomena. These include both individual objects and massive structures held together by gravity.
Nebula: A giant cloud of dust and gas in space. Some nebulae are formed from the material ejected by a dying star, while others are regions where new stars are actively forming, often called "star nurseries".
Black Hole: A region of space where gravity is so strong that nothing, not even light, can escape. They form from the core collapse of massive stars or massive gas clouds.
Supernova: A powerful and luminous stellar explosion that occurs at the end of a massive star's life. This event can make a star as bright as an entire galaxy for a short period.
Pulsar: A highly magnetized, rotating neutron star that emits beams of electromagnetic radiation from its magnetic poles.
Galaxy Cluster: A large structure comprising hundreds or even thousands of galaxies, gas, and dark matter all bound together by gravity.
Comet: A small, icy celestial body that, when passing close to the Sun, heats up and begins to outgas, displaying a visible atmosphere (coma) and sometimes a tail.
Asteroid Field: A region in space populated by numerous rocky, airless remnants from the early formation of a solar system.
Exoplanet: A planet that orbits a star outside of our Solar System.
Star Nursery: A specific region within a nebula where conditions are favorable for gas and dust to collapse under gravity and form new stars and planetary systems.

1 month ago | [YT] | 71

The Nexush

Where Do We Stand in the Universe?

When we look at the night sky, the universe feels vast and mysterious. Yet the Earth, our home, is only a tiny part of this immense cosmos. Earth is one planet in a small Solar System, orbiting an ordinary star among billions.

Our Solar System lies within the Milky Way galaxy, which itself contains hundreds of billions of stars. Even this enormous galaxy is just one member of a larger group of galaxies, all woven into massive superclusters. Together, these structures form what we call the Observable Universe—the portion of the cosmos we can see and study.

Viewed on this scale, humanity’s place is incredibly small. Still, from this tiny corner of space, we seek to understand the universe, proving that while we are small in size, our curiosity is vast.

#UniverseExplained #AstronomyBangla #EarthInCosmos
#SpaceScience #MilkyWay #ObservableUniverse

2 months ago | [YT] | 49

The Nexush

The Scale of the Universe: A Visual Journey from the Smallest to the Largest

The vastness of the universe is so immense that everything—from the tiniest units to the largest cosmic structures—fills us with awe.
At the bottom of the scale lie strings—unimaginably tiny fundamental structures proposed by string theory. Just above them are subatomic particles like quarks and electrons, which combine to form atoms, measuring only about 0.1 nanometers.

Atoms join together to create molecules, and molecules form cells—ranging from tiny bacteria to human egg cells that can be about 100 micrometers across.

On the opposite end lies the grandeur of the cosmos. Earth has a diameter of about 12,742 kilometers, while Jupiter spans more than 143,000 kilometers. These planets orbit the Sun, which is even larger in size. Stars gather to form galaxies; our Milky Way stretches roughly 100,000 light-years across. Some galaxies are even larger, scattered throughout the observable universe, which spans about 93 billion light-years.

Yet many believe that even this colossal expanse may not be everything. The multiverse theory suggests that countless other universes may exist beyond our own—each possibly governed by entirely different laws of physics.

science, SpaceFacts, galaxy, universe, facts, astronomy, space, facts,viral,

2 months ago | [YT] | 57

The Nexush

🌌 December 2025 Night Sky Guide | Supermoon, Meteor Showers & More!

End 2025 on a cosmic high! This month brings a spectacular Full Cold Supermoon, the powerful Geminids meteor shower, rare comet events, and the longest night of the year.

🔭 December 2025 Astronomy Schedule:
• Dec 04: Full Cold Supermoon
• Dec 14: Geminids Meteor Shower – the biggest of the year!
• Dec 16: Comae Berenicids Meteor Peak
• Dec 19: 3I/ATLAS Closest Approach
• Dec 21: Winter Solstice – longest night
• Dec 22: Ursids Meteor Shower Peak

✨ Pro Tip: Watch from a dark place, avoid city lights, and let your eyes adjust for 20 minutes!

Perfect for skywatchers, space lovers, and night sky photographers.

#space #astronomy #science #nightsky #supermoon #meteor #Geminids #Ursids #3IATLAS #spacescience

2 months ago | [YT] | 50