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Discovery Log: Star “Aurelia-9X”

📓 Date of Discovery:

11 May 2026

🔭 Location:

A distant, uncharted region beyond the Orion arm of the Milky Way

⭐ Basic Properties

🌡️ Temperature: Aurelia-9X burns at about 18,000°C on its surface—hotter than our Sun, giving it a strong blue-white glow.

📏 Size: It is a blue supergiant, nearly 25 times wider than the Sun. If placed in our solar system, it would stretch beyond the orbit of Mercury.

💡 Brightness: It shines with a luminosity over 100,000 times greater than the Sun, making it visible across vast cosmic distances.

🎨 Color: A dazzling electric blue with hints of violet edges, caused by its extreme surface temperature.

🌌 Unique Features

It has a “light pulse rhythm”—its brightness gently increases and decreases every 11 hours, almost like a cosmic heartbeat.

Surrounding it is a thin glowing ring of ionized gas, shaped by powerful stellar winds.

It emits unusual radio wave bursts that repeat in patterns, suggesting complex internal magnetic activity.

Scientists suspect it may be in a rare transitional stage, evolving rapidly toward a supernova phase.

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Afrin Michael Amal

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Done mam

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This is a discovery report on my newly discovered star Stella-X.

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Muhammed HAYAN

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Sapphire Heart: I am excited to announce the discovery of The Sapphire Heart, a magnificent Blue Hypergiant located in a distant corner of our galaxy. This star is truly a celestial titan, measuring over 1,500 times the size of our Sun, which means it would easily swallow every planet in our solar system up to Jupiter. It glows with an intense, electric neon blue color because it is extremely hot, reaching temperatures of approximately 30,000°C.

The Sapphire Heart is nearly 500,000 times brighter than our Sun, making it one of the most luminous objects in the night sky. Its most unusual feature is its "Solar Wings," which are massive, glowing loops of blue plasma that stretch millions of miles into space, giving the star the appearance of a majestic bird in flight. This discovery challenges our understanding of stellar gravity and provides a beautiful look at the power of the universe.

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Here I tried to make a reference of my star as given above.. My new star is called Emberion‑5. It is much larger than the Sun and glows with a deep orange‑red color. The surface is extremely hot, and the temperature rises even more toward the core. Emberion‑5 shines far brighter than normal stars, making it visible from very long distances in space. One special feature of this star is a thin glowing ring made of charged particles that circles around it. The ring spins slowly and gives the star a unique, fiery appearance. This makes Emberion‑5 stand out as one of the most unusual stars ever discovered.

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My Star: “Crimsonis”

I have discovered a brand-new star in the universe called Crimsonis. This star is inspired by the red color of , giving it a unique and beautiful appearance.

Color: Crimsonis shines with a deep red-orange glow, similar to Mars. Its color comes from its cooler surface compared to hotter stars.

Size: It is a medium-sized star, slightly smaller than our Sun, making it stable and long-lasting.

Temperature: The surface temperature of Crimsonis is around 4,500°C, which gives it its reddish color.

Brightness: It is not extremely bright like blue stars, but it glows steadily and warmly, lighting up the space around it.

Unique Features:

Crimsonis is surrounded by a cloud of red cosmic dust, similar to the dust storms on Mars.

It has a small system of rocky planets orbiting it.

The star produces red-colored solar flares that look like glowing sparks in space.

🧠 Scientific Explanation:

Stars that appear red are usually cooler than white or blue stars. Because Crimsonis has a lower temperature, it emits red light, making it look similar to Mars.

✨ Conclusion:

Crimsonis is a fascinating and beautiful star with a warm red glow and unique features. It helps us understand how stars can be different in color, size, and temperature. Discovering Crimsonis makes me feel like a true space scientist exploring the universe! 🚀🌌

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My activity is a journal entry

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My Discovery "Nova Celestia"

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Mam done

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Sirius – The Brightest Star

One of the most exciting stars in the night sky is Sirius. It is the brightest star we can see from Earth and is located in the Canis Major constellation.

Sirius is about twice as big as the Sun and much hotter, with a temperature of around 10,000°C. Because of this, it shines with a bright white-blue color.

What makes Sirius interesting is that it is actually a binary star system, meaning it has a small companion star called Sirius B.

Sirius is easy to spot and has been known since ancient times, making it one of the most famous stars in the sky.

Thank you!

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Aethel’s most astonishing feature is its variable light output. Observations have revealed that Aethel pulses with a regular, melodic cycle, its brightness swelling and dimming over a period of precisely 45 days. This isn't just a simple pulsation; its light spectrum changes with each cycle, hinting at complex physical and chemical changes within its outer layers.​Even more intriguing, recent data suggests the existence of a faint, swirling disk of material surrounding Aethel—a possible proto-planetary disk, but one made of strange, perhaps even organic-rich compounds. The interaction between the pulsating star and this disk creates incredible light effects, making Aethel a potential hotspot for discovering exotic planetary systems in the future.

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THE NAME OF MY PLANET IS ERYT-90

IT IS ABOUT 200 LIGHT YEARS AWAY

IT ABOUT THE SIZE OF 200 EARTHS

IT IS VERY HOT AND IS BLUE IN COLOR

LIFE IS NOT POSSIBLE ON THIS PLANET DUE TO HIGH TEMPERATURE AND LACK OF OXYGEN AFTER SOME MORE RESEARCH I FOUNT THAT AFTER 200B YEARS LATER THE PLANET WILL COOL DOWN AND LIFE WILL BE POSSIBLE THIS PLANT IS SPECIAL BECAUSE IT IS MADE UP OF GOLD AND RINGS OF RUBY

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Unique Features

It has a glowing ring of ionized gas around it, created by strong solar winds.

The star pulses gently every few hours, making it a variable star—its brightness changes in a rhythmic pattern.

It releases bursts of blue plasma jets from its poles, shooting millions of kilometers into space.

Nearby planets orbit in a shimmering blue glow, giving the whole system a magical appearance.

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Star activity

By Mohammed Ghanim, 8P

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Mohammed Yaseen

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ABDULLA ALOLLATHIL

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My discoveryAurelia V is a huge, super-hot star, much bigger than our Sun, glowing mainly in bright blue and purple with flashes of gold like a cosmic light show. It is incredibly bright—millions of times brighter than the Sun—and it gently pulses, becoming brighter and dimmer as if it is breathing. What makes it even more special is the glowing ring of hot gas around it, like a halo, and the thin beams of energy it shoots out from its top and bottom. Overall, it looks like a powerful, colorful, and slightly mysterious star shining in deep space.

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my star nova star discoevery made with canva.

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Ma’am Mohammed Muneef K completed

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Magnetar Zodiac-9 is a dense, city-sized powerhouse located 15,200 light-years away. Packing double the Sun's mass into just 14 kilometers, it possesses an extreme magnetic field that triggers massive X-ray and gamma-ray bursts. Surrounded by a cloud of organic precursors, this volatile star can release more energy in a single "star-quake" than our Sun produces in a million years.

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I have discovered a new star called Zyphoria Prime in a distant galaxy.

Size:
Zyphoria Prime is about 15 times larger than our Sun (Sun). It is classified as a giant star.

Color:
It shines in a deep blue and violet color, which means it is extremely hot.

Temperature:
Its surface temperature is around 25,000°C, much hotter than most stars.

Brightness:
Zyphoria Prime is 100,000 times brighter than the Sun, making it visible from very far away in space.

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The "Magnetic Monster" (Magnetar)

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My star discovery canva

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Mam my activity

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Spark 5 is famous for its Shattered Ring. Instead of a smooth ring like Saturn, it is surrounded by millions of glowing, jagged space rocks that reflect the star's pink light. From a distance, it looks like the star is sitting inside a giant, broken mirror.

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I was scanning deep space when I discovered a strange new star called Aurelios-X1. It was about three times larger than the Sun and glowed with a bright blue-violet color. The star was extremely hot, reaching temperatures of around 18,000 K. Its brightness was incredible, shining thousands of times more than the Sun. As I observed it longer, I noticed it flickered in a steady pattern every 12 hours. Surrounding the star were glowing rings of plasma that moved like a halo. Even more strangely, instruments showed that time slowed down slightly near the star. I realized that Aurelios-X1 might be a completely new kind of star never seen before.

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Activity

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Mam this is my activity

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My star discovery made with canva

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My star discovery

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Taanish from 8Q

Clamotopia will be it’s name outside it will be -48 degree but its core will be hotter than the sun

The gravity force of it is overwhelming

There is an ore that is some time light sometimes heavy it selects its weilder