When we look up at the night sky, it’s easy to imagine that all stars twinkle with the same white light. But in reality, stars come in a stunning range of colours — from the coolest deep reds to the hottest brilliant blues. The colour of a star tells us a lot about its temperature, age, and even its life stage.

The Science Behind Star Colours

The colour of a star depends primarily on its surface temperature. Cooler stars emit more red light, while hotter stars give off more blue or violet light. Just like heated metal glows red, then orange, then white as it gets hotter — stars follow a similar pattern.

Astronomers classify stars according to both their colour (temperature) and luminosity (brightness) using the Morgan–Keenan (MK) system. This system divides stars into seven main spectral types:

Our Sun: A Typical G-type Star

Our own Sun is a G-type (G2V) star. It’s often called a yellow dwarf, though in truth, the sunlight it emits is nearly white when viewed from space. The Sun’s surface temperature ranges from about 5,200 K to 7,500 K (that’s roughly 4,900°C to 7,200°C). This moderate temperature allows Earth to bask in just the right amount of warmth to support life.

Beyond the Main Sequence

In addition to these seven main types, astronomers have discovered substellar objects that don’t shine brightly enough to be true stars. These are the brown dwarfs, classified under spectral types L, T, and Y.

• L-type brown dwarfs are relatively warm (around 1,300–2,000 K).
• T-type are cooler (700–1,300 K).
• Y-type are the coldest known — some barely above room temperature!
  These objects are sometimes called “failed stars” because they don’t have enough mass to sustain nuclear fusion in their cores.

So, What About the Other Stars?

• Blue stars (O & B types) blaze fiercely, shining millions of times brighter than the Sun — but they live fast and die young.
• White and yellow stars (A, F, G types) are stable and long-lived, with many hosting planetary systems.
• Orange and red stars (K & M types) are cooler and dimmer, but they can burn for trillions of years — far longer than our Sun.

🌠 Quick Quiz

Q. Which of the following stars is the coolest (Lowest temperature)?
A) Red Dwarf
B) Orange Star
C) Yellow Dwarf
D) Blue Star

Take your best guess, and let me know what you think!
**The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map
**
Wishing you clear skies and cosmic dreams

I was thinking recently about how often the stars have been used to inspire and motivate people throughout history. It’s pretty incredible when you pause to consider it, so many famous figures have referenced the stars in their speeches, poems, and writings. They seem to represent both mystery and hope, guiding us through the unknown while reminding us to keep reaching higher.

Take Theodore Roosevelt, for example. He once offered this timeless advice:

“Keep your eyes on the stars, and your feet on the ground.”

It’s such a simple yet powerful message—encouraging us to dream boldly while remembering to stay steady and grounded in reality.

Then there’s the legendary Martin Luther King Jr., who spoke about dreams as though they were stars themselves—guiding lights we should never lose sight of, even in the darkest times. His words continue to remind us that hope, like the stars, can shine through even the deepest night.

Roosevelt and King weren’t alone in finding meaning in the night sky. The Roman philosopher Seneca once said,

“It is not because things are difficult that we do not dare, it is because we do not dare that they are difficult. If you wish to be loved, love. If you wish to be wise, observe the stars.”

Centuries later, William Shakespeare referenced the stars in his play “Julius Cesar” when he wrote:

“It is not in the stars to hold our destiny but in ourselves.”

Essentially saying that although the stars may guide us, ultimately, it is our choices that light the path forward.

From politicians to poets, from painters to dreamers, the stars hold a kind of universal magic. They captivate our imagination, stir our creativity, and remind us that there’s always something greater to strive toward. Maybe that’s why we keep looking up.

And since the stars have inspired so many, let’s see how much you know about them in art and history:

🌟 This week’s quiz! 🌟
Q: Which famous painter said the following?

“For my part I know nothing with any certainty, but the sight of the stars makes me dream.”

A) Pablo Picasso
B) Vincent Van Gogh
C) Leonardo da Vinci
D) Claude Monet

What do you think? Drop your answer in the comments below!

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Want more space trivia? Check out our blog https://www.underluckystars.com/blog

Have you ever looked up at the night sky and felt like the universe was winking at you? Those twinkling pinpricks of light might all look the same from our backyard hammocks, but stars are actually a wonderfully diverse bunch. They're like the cosmic equivalent of a high school yearbook — you’ve got the hotshots, the quiet types, the flashy drama queens, and even the old-timers running out of steam.

☀️ Main Sequence Stars

These are the everyday stars — the ones that are steadily burning hydrogen into helium, including our very own Sun! They’re reliable, hardworking, and come in different colors and sizes, from small red dwarfs to massive blue giants.

🔥 Red Giants

Once a main sequence star uses up its hydrogen, it starts puffing up like a cosmic balloon and becomes a red giant. These stars are huge but cooler in temperature, glowing with a reddish hue. Our Sun will eventually become one, so maybe hold off on those solar panel investments in a few billion years.

💣 White Dwarfs

After the red giant phase, some stars shed their outer layers and leave behind a dense, hot core called a white dwarf. It’s like the glowing embers of a burnt-out fire. Tiny, but packing a punch in terms of mass.

🌈 Neutron Stars

Now these are wild. When super massive stars go supernova (yes, that’s an actual term and yes, it sounds awesome), the leftover core collapses into something so dense it’s made almost entirely of neutrons. Neutron stars spin super fast and sometimes shoot out beams of light — we call those pulsars.

🕳️ Black Holes

Technically, not a “star” anymore, but when a really massive star dies, it can collapse into a black hole — a point in space where gravity is so intense, not even light can escape. Mysterious. Powerful. Totally terrifying.

🌟 Supergiants

Think big… then think bigger. Supergiants are among the largest and brightest stars in the universe. They burn bright and live fast, usually ending in a spectacular supernova. Basically, the rockstars of the stellar world.

Isn’t it amazing to think that all these different types of stars are sprinkled across the universe, each playing a role in the great cosmic story? From baby stars just getting started to ancient ones quietly fading away, the night sky is a living, changing gallery.

Weekly Quiz

𝗤. What is the scientific word for the twinkling of the stars?

a) Refraction
b) Albedo
c) Scintillation
d) Parallax

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Or just drop us a line to find out if you are right!

Want more space trivia? Check out our blog https://www.underluckystars.com/blog

Wishing you clear skies and cosmic dreams

Stargazing & Storytelling: Constellations ft. Leo the Lion 🦁

Have you ever looked up at the night sky and spotted a shape among the stars that looked almost like a mythological creature, a hero, or maybe a kitchen utensil? (Hello, Big Dipper!) If so, congrats—you’ve been constellation-spotting! Although technically the big dipper is an asterism, part of the Ursa Major (Big Bear) constellation.

Constellations are basically nature’s ancient connect-the-dots. They're patterns formed by stars that people have grouped together over thousands of years, often weaving stories and legends around them. Long before GPS or even compasses, ancient civilizations used the stars to navigate, mark seasons, and share myths across generations. Some of these star patterns have stuck around for millennia, becoming part of what we now call the 88 official constellations recognized by astronomers today.

But here's the thing—constellations aren’t actual "things" in space. The stars that form them can be light-years apart and not even remotely related to one another. It’s just how they appear from our perspective here on Earth.
Now, let’s roar into one of the coolest constellations of them all: Leo the Lion. 🦁

Leo: The Ancient Celestial Lion

This big cat has been prowling the heavens for thousands of years. In fact, archaeological evidence suggests that the Mesopotamians recognized a lion-shaped constellation very similar to Leo as far back as 4000 BC! That’s over 6,000 years ago. Imagine someone sitting under a starlit sky in ancient Summer, looking up and seeing the same lion you can see tonight.

Leo’s mythology is just as rich. In Greek lore, Leo is associated with the Nemean Lion, a fearsome beast slain by the hero Heracles (Hercules) as the first of his twelve labors. The gods honored the lion by placing it in the sky.

So how do you find Leo?

Look for its most recognizable feature: the head of the lion, which forms a shape often called "the Sickle." It kind of looks like a backward question mark (?). This part of the constellation outlines Leo’s majestic mane and includes its brightest star. If you can find the Big Dipper you should be able to spot the nearby brightest star in Leo.

Best time to spot Leo?

Late winter to spring in the Northern Hemisphere, especially around March to May.

Quiz Time!

𝗤. Which is the brightest star in the Constellation of Leo?
a) Hadar
b) Mimosa
c) Regulus
d) Vega

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Want more space trivia? Check out our blog https://www.underluckystars.com/blog

So You Wanna Be an Astronaut? Here's What It Really Takes🚀

Let’s be honest—we’ve all, at some point, stared up at the night sky and wondered what it would be like to float among the stars. Maybe you saw a rocket launch as a kid or got inspired by a movie like Star Trek or Interstellar. Whatever sparked your interest, becoming an astronaut is one of the most awe-inspiring (and downright tough) jobs on—and off—Earth.

Step One: Be Ridiculously Qualified

Astronauts come from all over the world now, but one thing’s universal: they’re incredibly accomplished. Most start with a degree in engineering, physical science, math, biological science, or computer science. Then, tack on years of high-level experience or flying time in jet aircraft—and that’s just the starting line.
NASA and ESA (European Space Agency) both have strict physical and psychological requirements. You'll need sharp vision, great health, and the mental resilience to handle isolation, pressure, and zero-gravity plumbing (no one said it was glamorous!).

Step Two: Train Like Your Life Depends On It (Because It Might)

Once you make it through the insanely competitive application process (NASA’s 2017 class had over 18,000 applicants and picked just 12 people, ESA’s 2022 astronaut class had over 22,000 applicants!), training begins. That means everything from language lessons (for working aboard the International Space Station) to survival training in case your capsule lands off-course. You’ll learn how to fix complex equipment, perform spacewalks, and even practice operating spacecraft—while underwater!

Meet the Legends 🧑‍🚀🌟

Let’s talk about some famous trailblazers who made it to space and into the history books:

• Neil Armstrong: The first human to walk on the Moon during the Apollo 11 mission in 1969. His iconic words—“That’s one small step for [a] man, one giant leap for mankind”.
• Buzz Aldrin: Followed Armstrong onto the lunar surface, and later became a strong advocate for Mars exploration. Also, let's be real—he has one of the coolest names ever.
• Yuri Gagarin: A Russian cosmonaut, he was the first human in space in 1961. He orbited Earth once and came back down a global superstar.
• Sally Ride: America’s first woman in space, flying aboard Challenger in 1983. She inspired generations of girls to pursue science and space careers.
• Mae Jemison: The first African-American woman in space. She flew aboard the Endeavour in 1992 and brought a new level of representation to the astronaut corps. (She’s also been on Star Trek)
• Tim Peake (UK): The first official British ESA astronaut to live aboard the International Space Station (ISS). Known for his engaging public outreach (and for running the London Marathon in space—yes, really).

And most recently…

🌍 Meet the World’s First Astronaut With a Disability: John McFall

In a major step toward inclusion in space, ESA made headlines by selecting John McFall in 2022 as the world’s first “parastronaut.” A former Paralympic sprinter and trauma surgeon from the UK, McFall lost his leg in a motorcycle accident as a teen. ESA is studying the barriers people with disabilities face in spaceflight and actively working to remove them. McFall hasn’t flown to space yet, but his selection signals a powerful message: Space is getting more inclusive, more global, and more exciting than ever. So whether you’re a budding astrophysicist, a curious kid, or someone who’s never stopped looking up—you might just be the next one to reach for the stars.

Why Do They Go?

Some astronauts are drawn by science, some by adventure, and some by the dream of seeing Earth from above—a fragile blue marble in the vast black sea. Whatever the reason, they all share one thing: a commitment to pushing boundaries for the benefit of us all.

🚀 Space Quiz Time!

Q - The term “astronaut” comes from a combination of Greek words.
Which of the following do you think is the meaning of the word “astronaut” as translated from Greek?

A. Space Explorer
B. Cosmos Traveller
C. Galaxy Voyager
D. Star Sailor

Take your best guess, and let us know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Why Are So Many Constellations Named After Greek Gods? (And Which Percy Jackson Character Made It In?)

Hey, fellow demigod enthusiasts! If you’ve read Percy Jackson, you probably know your Olympians pretty well—Zeus, Poseidon, Hades, and the rest of the godly gang. But did you know that the night sky is practically sprinkled with names from Greek mythology?

Yep, it’s true. The stars aren’t just pretty—they’re full of stories. Many constellations are named after heroes, monsters, and magical beings from ancient Greek myths. But why?
Let’s rewind a little.

🔭 A Peek into the Past

Thousands of years ago, long before Google Maps or GPS, people used the stars to navigate, tell time, and even predict seasons. And to remember the patterns they saw in the sky—what we now call constellations—they connected the dots and gave them names based on the stories they knew best: myths.

For the ancient Greeks (and later the Romans), mythology wasn’t just entertainment—it explained the world around them. So when they looked up and saw a shape that reminded them of a hero or a creature from a story, they gave it that name. Over time, these names stuck, especially as Greek culture spread across the Mediterranean and became deeply influential in art, science, and storytelling.

When the Roman Empire rose to power, they adopted many Greek myths, and astronomers like Ptolemy officially catalogued these constellations—preserving those mythological names we still use today.

🌌 Some Constellations You Might Recognize

If you’ve read Percy Jackson, these names will sound familiar:

Orion – A great hunter (and yes, a bit of a show-off). He was placed in the stars after a tragic end involving either a giant scorpion or Artemis, depending on which version you read.
Hercules – Roman name for Heracles, the hero famous for completing twelve impossible labors.
Perseus – The slayer of Medusa and rescuer of Andromeda.
Pegasus – The magical winged horse that sprang from Medusa’s blood (again, myth logic).
Andromeda – The princess chained to a rock to appease a sea monster. Saved by Perseus, of course.
Cassiopeia – Andromeda’s boastful mother, who got her own spot in the sky—upside down for all eternity as punishment for her vanity.

🤔 But What About the Gods?

Here’s where things get interesting.
Despite their fame, the actual gods—the main Olympians like Zeus, Hades, Poseidon, Dionysus, Hermes, and Ares—don’t typically have constellations directly named after them. Why?

Because they were too powerful to be “memorialized.” In mythology, being turned into a star or constellation was often something that happened after a hero died, or as a divine reward. The gods, being immortal and eternal, didn’t need that kind of honor. Their stories lived on in temples, rituals, and myths—not in the sky.

🌟 But One God-Like Figure Did Make It to the Stars…

Here’s your twist: only one of the figures from the Percy Jackson universe has a constellation associated with them—and it’s not even named after them directly, but the type of being they are!

Q - Which of the following has a constellation linked to the type of being they are?

A) Chiron
B) Dionysus
C) Hades
D) Medusa

🧠 Think carefully! Who’s not a god exactly, but still legendary? Who trained heroes? Who was a creature of myth with wisdom and strength?

**Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map**

💫 Final Thoughts

Constellations aren’t just random star patterns—they’re stories. Ancient people gave the night sky meaning by filling it with their legends, hopes, and heroes.

✨Why not create your own Star Map of a special moment in your life to see which constellations were sparkling down their wisdom!✨

Gemini: The Cosmic Twins Who've Slipped on Time's Banana Peel

Ah, Gemini! The social butterfly of the zodiac, the cosmic chatterbox, the sign of duality, charm, and wild curiosity.

Gemini is most easily recognized by its two brightest stars, which represent twins, the mythological duo from ancient Greek lore. Think of them as the original dynamic duo—kind of like Batman and Robin, but with more divine parent issues and fewer gadgets.

If you go stargazing in winter (especially around January and February in the Northern Hemisphere), look high in the sky to the east after sunset. You’ll see a string of stars that looks like two stick figures standing shoulder-to-shoulder. Those are our boys, the Gemini twins, side by side forever. Cute, right?

This constellation frequently shows up on our Star Maps. Very distinctive, but I digress.

Wait... Isn't Gemini a Summer Sign?

Okay, so if Gemini is supposed to be “born” between late May and late June, why are we spotting the Gemini constellation in the winter sky?
Enter: Axial precession, aka the slow-motion cosmic wobble of Earth’s rotational axis.

Yep. Our lovely planet doesn’t spin perfectly straight like a top. It kind of wobbles, like a kid trying to ice skate for the first time. Over thousands of years (about 26,000 to complete one full wobble), this precession slowly changes where the stars appear in our sky at different times of the year.

So thousands of years ago, when the zodiac signs were first mapped out by ancient astrologers, the Sun was passing through Gemini during late May and June. But now? Thanks to axial precession, the Sun actually passes through Gemini from about mid-June to mid-July—a few weeks later than the zodiac calendar would have you believe.

It's like the entire zodiac has been sneakily sliding out of alignment over millennia. Time is a trickster, friends.

So, if you thought you were a Gemini because your birthday is in June—astrologically, yes. Astronomically? Eh, maybe not anymore. Blame the wobble.

𝗤. What are the names of Gemini’s 2 brightest stars?
a) Acrab & Izar
b) Betelgeuse & Maia
c) Castor & Pollux
d) Deneb & Shama

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Wishing you clear skies and cosmic dreams

Starry Tales: The Heroic Rescue of Andromeda 🌌

This week, we are diving into an all-time favorite story from Greek mythology—a tale that has drama, danger, romance, and yes, a giant sea monster. Buckle up, because we’re talking about Andromeda—a princess with a celestial legacy!

Andromeda wasn’t just any princess. She was the daughter of King Cepheus and Queen Cassiopeia of ancient Ethiopia (not the modern country, but a mythical kingdom). Things took a turn for the worse when Cassiopeia, being a little too proud of her daughter’s beauty, claimed that Andromeda was even more beautiful than the Nereids.

The Nereids were sea nymphs in Greek mythology—specifically, the 50 daughters of Nereus, the wise old sea god, and Doris, an Oceanid. They were known for their beauty and grace, and they lived in the Mediterranean Sea, often seen accompanying Poseidon or helping sailors in distress. You can think of them as divine lifeguards with serious elegance.

Naturally, the Nereids were offended—and who did they go complaining to? Poseidon, the sea god himself. And let me tell you, he did not take it lightly. In his divine rage, he unleashed a sea monster (some say it was the Kraken, others say Cetus) to punish the kingdom.

The solution? Sacrifice Andromeda to the monster to appease Poseidon. Yep, they actually chained her to a rock by the sea as an offering.

But don’t worry—this isn’t the end of her story! Just when all seemed lost, a hero swooped in (quite literally) to save her. He didn’t just slay the beast; he fell in love with Andromeda and later married her. Talk about a rescue with a happy ending!

And here’s the coolest part: even though Andromeda was mortal, the gods honored her bravery and beauty by placing her in the stars. You can still find her today, not just as a constellation in the northern sky, but as the namesake of the Andromeda Galaxy—our Milky Way’s neighbor and the largest galaxy in our local group. Pretty epic, right?

QUIZ TIME!
Who rescued Andromeda from the sea monster?
a) Auriga
b) Hercules
c) Orion
d) Perseus

Take your best guess, and let me know what you think!
The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

✨Wishing you clear skies and cosmic dreams ✨

Starry Nights & Summer Skies: Meet Cygnus, Aquila, and Lyra

Is there anything better than a warm summer night under the stars? In the Northern Hemisphere, summer isn’t just for beach trips and backyard BBQs—it’s prime time for stargazing! If you find yourself under a clear night sky, away from city lights, look up—you’ll find three dazzling constellations putting on a celestial show: Cygnus, Aquila, and Lyra.

Cygnus: The Swan Soaring Across the Milky Way

Cygnus, also known as The Swan, is amongst our favorites. Imagine a swan flying down the river of the Milky Way—wings outstretched, gliding effortlessly. That’s Cygnus for you. It’s also home to a super-bright star called Deneb, which marks the swan’s tail and happens to be one of the corners of the Summer Triangle.

Deneb is a blue-white supergiant, and even though it’s thousands of light-years away, it’s still bright enough to spot with the naked eye.

Aquila, the Majestic Eagle

Just a flap of celestial wings away from Cygnus is Aquila, the eagle.
If Cygnus is soaring gracefully, Aquila looks like it’s diving powerfully through the night sky. The constellation’s brightest star, Altair, is one of the closest visible stars to Earth—just 17 light-years away—and it spins so fast it’s almost egg-shaped!

Like Deneb, Altair also forms part of that Summer Triangle.

Lyra—the Harp in the Heavens
Rounding out this trio is Lyra, the small but mighty harp. Don’t let its size fool you—Lyra packs a punch when it comes to brilliance. It’s home to a bluish-white star that is the fifth-brightest star in the entire sky, and the third-brightest in the Northern Hemisphere. Not too shabby for a little constellation!

This star is not just bright—it’s also a bit of a celebrity. It was the first star other than the Sun to be photographed, and it’s often used as a baseline for measuring other stars’ brightness.

It is approximately 25 light-years away from Earth. That means the light you see from it tonight actually left the star about 25 years ago—around the year 2000! It’s relatively close in cosmic terms, which is part of why it shines so brightly in our sky.

So the next time you’re out on a warm summer evening, take a moment to tilt your head back and gaze at the sky. See if you can spot the swan (Cygnus), the eagle (Aquila), and the harp (Lyra) strumming softly through the night.

Q. What is the name of the brightest star in Lyra?
a) Altair
b) Deneb
c) Sirius
d) Vega

Take your best guess, and let me know what you think!
The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Want more space trivia? Check out our blog https://www.underluckystars.com/blog

Wishing you clear skies and cosmic dreams

Starry Skies and the 3 Types of Constellations You Never Knew You Knew

Hey there, stargazers! 🌟
If you’ve ever laid on your back staring up at the night sky, maybe you’ve tried connecting the dots — “Hey, that kinda looks like a spoon!” — and boom, you’ve just rediscovered the Big Dipper. But did you know that all those stellar patterns, or constellations, fall into three main categories? Yep, the starry sky has a bit of order to its cosmic chaos. Let’s break it down.

1. Circumpolar Constellations – The Night Sky’s Frequent Flyers

Circumpolar constellations are like those friends who never leave the party. They’re visible all year round, circling the North or South Pole (depending on your hemisphere) and never dipping below the horizon.
If you live in the Northern Hemisphere, famous circumpolar constellations include:

• Ursa Major (aka the Big Dipper’s home turf)
• Cassiopeia (the W-shaped queen on her throne)
• Draco (the dragon slithering between them)
  They’re like the reliable old stars you can always count on. Literally.

2. Seasonal Constellations – The Limited-Time Sky Celebs

Now, these are the ones that play hard to get. Seasonal constellations are only visible during specific times of the year, depending on Earth's orbit around the Sun.
For example:

• Orion struts his stuff in the winter sky (in the Northern Hemisphere).
• Scorpius heats things up in summer.
  They disappear for a while, but when they show up again, it’s like a dazzling encore performance.

3. Zodiacal Constellations – The Horoscope Headliners

Ah yes, the ones you've probably heard about even if astronomy isn’t your thing. These twelve constellations lie along the ecliptic, the path the Sun appears to follow through the sky.
That means:

• When people say they’re a Leo or a Gemini, they’re talking about the zodiac constellations the Sun was in front of when they were born.
• Fun fact: The Sun passes through 13 constellations technically (shout-out to Ophiuchus!), but we still stick with the traditional 12 in astrology.

So next time you're out under the stars, you can dazzle your friends with cosmic trivia — or just impress them by correctly pointing out that Draco is always around, while Orion’s just a seasonal guest.

And before you go, let’s see if you were paying attention:

𝗤. Which of the following is not a circumpolar constellation?

**a) **Cassiopeia
b) Draco
c) Hydra
d) Ursa Major

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map

Want more space trivia? Check out our blog https://www.underluckystars.com/blog

Wishing you clear skies and cosmic dreams

Black Holes: The Universe’s Drama Queens

Let’s take a moment to appreciate just how wildly dramatic the universe can be. I mean, stars exploding into supernovas, planets forming out of gas and dust, comets doing long, slow laps around the sun—and then we have black holes. They’re the divas of deep space. Mysterious, moody, and incredibly misunderstood.

A black hole is basically the leftover core of a massive star that’s collapsed in on itself. But this is no regular cosmic retirement. We’re talking about a region of space where gravity gets so intense that nothing—not even light—can escape. Hence the name “black hole.” It’s the universe’s ultimate trapdoor.

And before you imagine them as giant cosmic vacuum cleaners sucking up entire galaxies let’s clear something up: black holes don’t just roam around space gobbling everything in their path. If our sun were replaced by a black hole of the same mass (don’t worry—it won’t be), Earth would keep orbiting it just the same. Sure, things would be darker and colder and not great for beach holidays, but we wouldn’t get swallowed up like a sci-fi snack.

But one thing’s for sure: black holes are fascinating, terrifying, and endlessly mind-blowing.

And now, let’s put your cosmic smarts to the test:

There are many myths about what happens when you get sucked into a black hole!

Q. Which of the following is most likely to be true?

A) You travel through a wormhole to another universe.
B) You become weightless and float around forever.
C) You emerge on the other side of the galaxy in a parallel dimension.
D) You are stretched and compressed until you resemble spaghetti.

Take your best guess, and let me know what you think!

The first 10 correct answers sent to support@underluckystars.com will get a FREE Digital Star Map (Deadline to enter 18 June 2025)

Wishing you clear skies and cosmic dreams