Dear readers,

The Empathy Edge: Humanity’s Unbreakable Power

Our Future in a Cosmic Context

The galaxy is vast, but love can travel faster than light.

Dear readers,

The March night sky and the five brightest stars in the Northern Hemisphere: Vega, Arcturus, Capella, Sirius, and Rigel. Image created using Stellarium Software.

Vega in Lyra

The third-brightest star in the Northern Hemisphere, Vega, photographed by amateur astronomer Chuck Ayoub.

Vega, the brightest star in the Lyra constellation, is a massive, hot, and luminous white-blue star that twinkles brightly, low in the northeastern sky during March. As the days progress, Vega rises higher in the sky, leading the ascent of the Summer Triangle’s other stars, Deneb and Altair.

Vega is the third-brightest star in the northern celestial hemisphere, following Sirius and Arcturus. It is relatively close to Earth, at just 25 light-years, and was the first star (other than the Sun) to be photographed in 1850. As one of the most studied stars by astronomers, Vega is considered the next most important star in the sky after the Sun. For many years, it served as the primary reference point for calibrating the brightness scale of stars.

Vega used to serve as the northern pole star approximately 12,000 years ago, and, due to the precession, or wobble, of the Earth’s axis, it will once again assume this significant role around the year 13,727 CE. The name “Vega” is derived from an Arabic phrase that translates to “the falling eagle” or “swooping vulture”, evoking imagery of majestic birds in flight. In Greek mythology, the constellation Lyra is steeped in legend, as it is closely associated with the lyre of Orpheus, the legendary musician whose melodies were said to charm all living things.

Arcturus in Boötes

An artistic illustration of the red giant star, Arcturus. (Image credit: Pablo Carlos Budassi/Wiki Commons)

Fiery orange-red Arcturus is the standout star in the constellation of Boötes, the Herdsman. It is the second-brightest star in the northern celestial hemisphere after Sirius. An ageing, luminous giant, if it were at the centre of our solar system, its outer layers would partly extend into Mercury’s orbit. Sparkling in the southeastern sky, it is easily spotted by following the arc in the Big Dipper’s handle, away from its bowl.

Arcturus is located approximately 36.7 light-years away from Earth. In 1635, it became the first star, other than the Sun, to be observed in daylight using a telescope. Much later, in 1933, scientists directed the light from this bright star, using four telescopes and photoelectric cells, to illuminate a panel that signalled the opening of the Chicago World’s Fair. The light that triggered the cells had left Arcturus in 1893, around the time of the previous Chicago fair.

The name “Arcturus” is derived from the ancient Greek word “Arktouros”, which translates to “Guardian of the Bear.” This name reflects its position in the sky, where Arcturus appears to follow the constellations Ursa Major and Ursa Minor (the Great Bear and the Little Bear) around the north celestial pole. In Greek mythology, Boötes was the son of Demeter, the goddess of agriculture. After he helped the humans by showing them how to plough the land, the gods honoured him by placing him in the sky, near the Big Dipper.

Capella in Auriga

An artistic illustration showing a size comparison of the stars in Capella’s multiple star system and our Sun. (Image credit: Omnidoom 999/Wiki Commons)

Capella is a dazzling object in the night sky with a fascinating structure. While it appears to be a single star to the naked eye, it is actually a complex system of four stars arranged in two binary pairs. Shining brightly high in the western sky during March, this circumpolar yellowish star, which never sets, is the brightest in the constellation of Auriga, the Charioteer. It ranks as the fourth-brightest star in the northern celestial hemisphere, following Sirius, Arcturus, and Vega.

This unique star system’s four stars are:

• The Giant Pair (Aa and Ab): These two yellow giants orbit each other closely, similar to the distance between Venus and the Sun.
• The Red Dwarf Pair (H and L): This fainter pair orbits the giant pair at a tremendous distance of nearly 1 trillion miles. They are small, cool stars with very low luminosity.

The two main stars in the system are so close together that ordinary equipment cannot visually distinguish them; they can only be separated using advanced technology, such as Cambridge University’s Optical Aperture Synthesis Telescope (COAST). This telescope first captured images of the two individual stars in September 1995, making Capella the first astronomical object resolved with this technology.

The name “Capella” and its association with a goat have deep roots in ancient culture. In Greek mythology, it represents the goat Amalthea, who nursed the infant god Zeus. When Zeus accidentally broke one of Amalthea’s horns, he transformed it into the “horn of plenty” (cornucopia), filling it with good things. The constellation Auriga is often depicted as a charioteer holding Capella and her kids, a reference to the small nearby triangle of stars known as “The Kids” asterism.

Sirius in Canis Major

The brightest star in the night sky, Sirius A, and its white dwarf companion, Sirius B, imaged by the Hubble Space Telescope.

The brightest star in the night sky, Sirius, shines with vivid colours as it hangs low on the southwestern horizon. As its light passes through Earth’s dense atmosphere, it diffracts as light does through a prism, creating a stunning display. Known as the “Dog Star” for its prominent position in the constellation Canis Major, the Great Dog, Sirius is a beacon of beauty, illuminating the night sky with its extraordinary presence.

Located 8.6 light-years away, it is one of Earth’s closest stellar neighbours. Still, even with our fastest spacecraft, it would take over 150,000 years to reach Sirius. It’s not a single star but a binary system consisting of Sirius A, a luminous, twice as massive as our Sun, and Sirius B, a faint white dwarf, roughly the same size as Earth, and the second white dwarf star ever discovered.

Sirius has played a significant role in the myths and calendars of various civilisations for thousands of years. In Ancient Egypt, its first sunrise appearance of the year coincided with the life-giving annual flood of the Nile River. In Ancient Greece, the star’s emergence in the summer sky marked the “dog days” of summer, a period of intense heat that the Greeks believed was caused by Sirius. For Polynesians, Sirius was an important navigational star across the Pacific Ocean and marked the start of the winter season.

Rigel in Orion

The sixth-brightest star in the northern hemisphere, Rigel. Image created with Aladdin Sky Atlas Software using the Space Telescope Science Institute’s DSS2 survey.

Shining low in the southwestern sky, Rigel is a young, hot blue supergiant and the brightest star in the constellation Orion, the Hunter. It ranks as the fifth-brightest star in the northern celestial hemisphere. Located 860 light-years away, Rigel is one of the most luminous stars in our galaxy, emitting light with the power of more than 120,000 suns.

What may seem like a single point of light is actually a multiple-star system:

• Rigel A: This is the brilliant blue supergiant that stands out as the primary star in the system. Due to its immense mass, Rigel A has a relatively short lifespan and will explode into a spectacular supernova within the next few million years. During this event, it will temporarily become the second-brightest object in Earth’s night sky, after the Moon. Following the explosion, its core will collapse, forming either a neutron star or a black hole.
• Rigel B: A nearby binary pair of blue-white main-sequence stars, known as Rigel Ba and Bb, which orbit each other every 10 days.
• Rigel C: Another blue-white main-sequence star that orbits Rigel B every 63 years.

These companion stars are much fainter and difficult to observe because of the intense glare from Rigel A.

The name “Rigel” is derived from Arabic and means “the left foot of the Jauzah” (the Central One), a direct reference to its position in the constellation Orion the Hunter, marking his left foot or heel. In the 20th and 21st centuries, Rigel’s identity as a brilliant and distant sun has made it a popular setting in science fiction, mentioned in Adams’ The Hitchhiker’s Guide to the Galaxy and in Roddenberry’s Star Trek, amongst others.

From its role in marking the foot of Orion the Hunter in ancient skies to its portrayal as home to alien civilisations in our most creative tales, Rigel’s rich cultural history underscores humanity’s enduring fascination with this luminous star. It stands as a testament to our quest for knowledge and our desire to understand not only the universe around us but also our place within it.

Discover more about the March night sky in my latest article in The European Magazine: March Stargazing Guide: Spot the Brightest Stars This Spring

Humanity’s place in our Universe

In The Space Traveller’s Lover, I explore humanity’s place in the cosmos by setting our deep emotions against our darker instincts, all within the high-stakes of an alien invasion. Rather than focusing on our inventions or flaws, what truly sets us apart is our boundless ability to love, empathise, and form deep-rooted bonds.

Omara Williams

Dear readers,

Today, I bring you the latest editorial review of The Space Traveller’s Lover from Untold Reads.

A striking fusion of science fiction and romantic drama.

Layered with dystopian undertones and philosophical reflections on humanity’s future, The Space Traveller’s Lover by Omara Williams is a striking fusion of science fiction and romantic drama, moving seamlessly between Earth and the cosmos while balancing emotional intimacy with vast interstellar stakes.

A story shaped by sacrifice and irreversible choice.

Erin Lobart is introduced as a gifted and quietly restless teenager living on the remote island of Tinian in a climate-ravaged future where survival governs every aspect of life. Her carefully ordered world collapses after a daring excursion to the forbidden Diablo’s Cave with her closest friend, Sam, ends in her sudden disappearance. This moment fractures the narrative and propels it far beyond Earth, revealing Erin’s true identity as Shaillah—an alien being hidden among humans for protection. As her suppressed memories return, the novel expands into the realm of the Rom-Ghenshars, an advanced civilisation that claims to offer humanity salvation while secretly preparing to dominate it. Caught between human emotion and cosmic duty, Shaillah confronts devastating loss, a morally complex relationship with the Rom-Ghenshar commander Rothwen, and an enduring bond with Sam, driving the story toward a powerful conclusion shaped by sacrifice and irreversible choice.

A balanced narrative of large-scale science fiction and intimate character development.

Omara Williams’s narrative skill is evident in her careful balance of large-scale science fiction and intimate character development. Her accessible language clarifies complex speculative elements, allowing the emotional core of the story to remain central. The psychological depth of Shaillah and the subtle emotional presence of Sam are convincingly rendered. Detailed environmental descriptions and controlled pacing further enhance the novel’s immersive quality.

A deep exploration of impossible love, identity, and moral choice.

I would strongly recommend The Space Traveller’s Lover to readers who enjoy science fiction with emotional depth. Though fictional, the novel explores very real themes of impossible love, identity, and moral choice, making it resonate beyond its futuristic setting. It is a rewarding read for those who want their sci-fi to linger in the mind and heart long after the final page. 5 stars!

On a remote island, an enigmatic alien soldier meets a determined young woman. Together, they will shape the destiny of planet Earth.

You can find the review link here: The Space Traveller’s Lover – Untold Reads

Omara Williams

Dear readers,

The January night sky showcases its brightest jewels, inspiring wonder and curiosity in all who look up and admire the winter stars, igniting a sense of awe and connection with the cosmos.

The prominent constellation Orion the Hunter, featuring the bright stars Rigel and Betelgeuse, dominates the southern sky. Above and to the right of Betelgeuse, the fiery orange star Aldebaran marks the eye of Taurus the Bull. Below and to the left of Rigel, the dazzling star Sirius sparkles vibrantly in Canis Major. To the left of Betelgeuse, the bright star Procyon in Canis Minor seems to compete with Sirius for attention. High overhead, Capella in Auriga twinkles like a gem, illuminating the zenith. But that’s not all. Completing this star-studded gathering, Jupiter shines brightly beneath the twin stars Castor and Pollux in Gemini throughout the entire month.

In this article, we will explore the fascinating diversity of bright stars visible during the winter season and the patterns they form, such as the Winter Hexagon and the Winter Triangle. These patterns help make it easier to navigate the night sky and discover new celestial treasures.

This time of year provides some of the clearest and most spectacular stargazing opportunities, especially on clear, cold nights with minimal light pollution. As you gaze at these radiant stars, you can uncover and admire the magnificent celestial objects within, transforming a simple night of stargazing into an exploration of the cosmos.

The Winter Hexagon and the Winter Triangle as they appear in the January night sky

The Winter Hexagon

Digital Art of the Winter Hexagon and its distinctive star types and colours

The Winter Hexagon is a prominent asterism (a pattern of stars) formed by six of the brightest stars in the winter sky. Spanning several constellations, it invites you to explore the night sky’s most remarkable features, with Orion the Hunter shining brightly within it.

To visualise the Winter Hexagon on the stellar canvas, look high towards the southwestern sky and locate the bright star Capella. Then connect the dots of the brightest stars in clockwise order as follows:

1. Capella – In Auriga (the Charioteer). A quadruple star system of two primary yellow giants and two fainter red dwarfs 43 light-years away. It is the sixth-brightest star in the night sky.
2. Aldebaran – In Taurus (the Bull). An orange giant star that, at a distance of only 65 light-years, is one of the nearest giants to our solar system. It is the fourteenth-brightest star in the night sky.
3. Rigel – In Orion (the Hunter). A blue superluminous supergiant, 870 light-years away. It is the seventh-brightest star in the night sky.
4. Sirius – In Canis Major (the Great Dog). A massive white star just 8.6 light-years away from Earth, one of our nearest stellar neighbours. It is the brightest star in the entire night sky.
5. Procyon – In Canis Minor (the Little Dog). A binary system formed by a luminous white star and a much fainter white dwarf, orbiting each other 11.4 light-years away. It is the eighth-brightest star in the night sky.
6. Pollux – In Gemini (the Twins). A massive yellow-orange star, 34 light-years away, making it the closest giant star to the Sun. It is the seventeenth-brightest star in the night sky.

The Winter Hexagon serves as your map to the brightest stars and the most remarkable wonders of the winter night sky. It showcases the most brilliant collection of stars observable at any one time of year, covering a large area of the sky.

Together, these six stars not only illuminate the cold winter nights but also offer an extraordinary glimpse into the vast diversity and complexity of stellar types within our galaxy.

Within the hexagon lies a treasure trove of deep-sky wonders visible to the naked eye:

1. The Constellation Orion: With its flagship stars Betelgeuse, Rigel, Bellatrix and Saiph.
2. The Orion’s Belt: A perfect diagonal alignment of three stars born from the same stellar nursery.
3. The Great Orion Nebula (M42): A vast stellar nursery, visible as a fuzzy patch below Orion’s Belt.
4. The Winter Triangle: A smaller asterism formed by the brilliant stars Betelgeuse, Procyon and Sirius.
5. The Winter Milky Way: Runs through the hexagon, though fainter than the Summer Milky Way.

Furthermore, if you have binoculars or telescopes at your disposal, the Milky Way presents a wealth of open clusters and nebulae that are easy to locate within the Winter Hexagon, with the Rosette Nebula being one of the most renowned.

The Rosette Nebula’s open star cluster (NGC 2244)

The open cluster NGC 2244 in the Rosette Nebula, taken by NASA’s Spitzer Space Telescope.

The open cluster NGC 2244 in the Rosette Nebula, taken by NASA’s Spitzer Space Telescope.

The Rosette Nebula is a large emission nebula located within the Winter Hexagon and the Winter Triangle, to the left of the red supergiant Betelgeuse. It appears roughly the size of five full moons, but its faint glow makes it challenging to see with the naked eye. Using binoculars or a small telescope under dark skies can reveal the stunning view of its central star cluster NGC 2244.

The nebula is a vast, beautiful stellar nursery where a central cluster of hot, young stars has sculpted the surrounding gas cloud into a cosmic flower, making it one of the most iconic and photogenic objects in our galaxy.

Within the confines of NGC 2244, the massive stars burn brightly but have fleeting lifespans, typically lasting only a few million years. They will eventually end their lives in spectacular supernova explosions, further reshaping the nebula and triggering new waves of star formation in the surrounding material.

Throughout the vast expanse of the cosmos, we are captivated by the perpetual cycle of birth, death, and rebirth. Stars ignite with dazzling brilliance, only to eventually fade or explode into the void, giving rise to new celestial bodies.

This breathtaking dance of existence unfolds endlessly, a testament to nature’s resilience and creativity in an ever-evolving universe.

Omara Williams 

In collaboration with The European Magazine

Dear readers,

If you could travel to any galaxy with your lover, where would you go?

After reading The Space Traveller’s Lover and immersing yourself in the otherworldly landscapes of distant alien worlds, teeming with vibrant colours and enchanting flora, you feel the Universe at your fingertips. The thrill of survival battles ignites your imagination, inviting you to envision the heart of impossible choices that shape destinies.

The Rom-Ghenshar’s Grand Fleet.

Now, picture yourself aboard The Prestige, the majestic flagship mothership of the Rom-Ghenshar’s Grand Fleet. Under the command of the formidable Rothwen, the most powerful alien soldier our galaxy has ever known, you feel an electrifying sense of adventure. As you stand on the viewing deck, gazing out at the stunning formation of countless shimmering spaceships, each glinting like stars against the backdrop of the cosmos, a sense of wonder fills the air.

Here is an excerpt of Chapter 30, describing the arrival of the Rom-Ghenshar’s Grand Fleet to our Solar System:

Like a perfectly choreographed squadron of giant incandescent
rockets, the Rom-Ghenshars’ Invincible Grand Fleet suddenly emerges at
the outskirts of the extended ring of iced rocky objects surrounding the
solar system, the Oort Cloud. In a seamlessly synchronised manoeuvre,
the milliards-strong mothership fleet spreads out into a vast semicircular
formation. Their fuselage rings blaze in an intense blue glow as they widen
and swivel until they lock into position. Expanding over ten astronomical
units wide and five units deep, the swarming mothership fleet seems
bound to infiltrate the solar system’s defenceless outer domains.

With the vast Universe spread out before you, one tantalising question dances in your mind: Which celestial jewel will you explore next? Will it be a planet shrouded in ethereal dust clouds, a dazzling star cluster, or an enigmatic moon whispering secrets of ancient civilisations? The possibilities are endless, and your journey has only just begun.

The Milky Way

In front of you, the Milky Way unfolds like a shimmering, misty river, its soft, velvety glow inviting you to embark on a journey into the breathtaking vastness of the Universe. This celestial highway is adorned with a dazzling tapestry of star clusters and vibrant nebulae, each harbouring its own unique tale, woven into the fabric of the cosmos.

The December Night Sky – Across the Milky Way

The remarkable diversity of celestial objects within our galaxy can make it challenging to select just a few to explore. Fear not, for I have curated a selection of stunning celestial treasures for your enjoyment.

As we embrace the warmth and joy of this festive season, let us pause to admire two extraordinary celestial formations that resonate deeply with the spirit of Christmas: the radiant Shopping Cart and the enchanting Christmas Tree star clusters. These captivating wonders illuminate the night sky, twinkling with brilliance and casting an enchanting spell over the holiday landscape.

But let’s start our journey in the west with the beautiful open star cluster M39, also known as the Pyramid Cluster. This cluster features a scattering of youthful blue-white stars, nestled together like a cluster of diamonds adorning the night.

The Pyramid Cluster (M39) in Cygnus.

Composite image of the Pyramid Star Cluster (M39), taken using the WIYN telescope at Kitt Peak in Arizona, USA.

The Elephant Trunk’s Nebula (IC 1396 A) in Cepheus.

As we make our way eastward, we encounter IC 1396 A, the Elephant’s Trunk Nebula, a magnificent, elongated globule of colourful interstellar gas and dust where hot, cerulean stars are forming in a stellar nursery, cradled within a radiant emission nebula.

Infrared image taken by NASA’s Spitzer Space Telescope, revealing the glowing stellar nursery embedded within the Elephant’s Trunk Nebula (IC 1396 A)

The Shopping Cart star cluster (NGC 2169) in Orion.

Continuing our exploration, we come across the striking NGC 2169, the Shopping Cart cluster, whimsically named for its distinctive shape reminiscent of a cart—often referred to as the “37” cluster.

The Shopping Cart star cluster (NGC 2169) in Orion, captured by amateur astronomer Chuck Ayoub.

 The Christmas Tree star cluster (NGC 2264) in Monoceros.

Finally, we arrive at the remarkable NGC 2264, the Christmas Tree cluster. Here, swirling clouds of interstellar dust envelop an active region of star formation, sculpting a triangular shape that glows with a mesmerising palette of colours, creating a celestial ornament that truly embodies the spirit of the season.

Composite image of the Christmas Tree Cluster, taken by NASA’s Chandra X-ray Observatory.

Regardless of which destination you choose to explore, the journey through this awe-inspiring galaxy promises to be a spellbinding adventure, filled with admiration for the Universe’s breathtaking treasures.

You can learn more about our Milky Way’s breathtaking starry display in my latest article on The European Magazine: December Night Sky Guide – What to See This Month

Take a moment to step outside and marvel at this magnificent sight and dare to dream …!

Omara Williams

Dear readers,

In The Space Traveller’s Lover, the fascinating Eridanus constellation is the gateway from Earth to the Rom-Ghenshar world.

Two worlds that will become the battleground for Erin’s heart and soul.

Standing at the epicentre of a catastrophe, every decision Erin makes ripples across the galaxy, impacting the fate of her planet and her people, threatening to consume everything she holds dear. The stakes are incredibly high, and she cannot allow herself a second of respite.

The Universe is vast, but so is her love. What to do? She decides to fight for her values and beliefs with an inner strength that leaves even the most powerful soldier speechless.

Eridanus and The Space Traveller’s Lover

In chapter 16, “The Visitor”, she admires the night sky while peering at her distant world:

Out in the open, she saunters through the fields with her arms fully
open while her gleeful eyes stay fixed on the starry sky. “So far and yet so
close,” she says to herself as she glances through the constellations, taking
her time to admire the glittering starlit night. She watches the prominent
Orion stars shining over the horizon, then focuses on the less conspicuous
Eridani system, waving its dim pearly wreath right off the bright star Rigel.
She watches each faint point of light on its wavy river-like pattern, feeling
as if her ancestral home is calling on her, and she is responding. All the
while, she cannot stop thinking about Rothwen

And in chapter 23, “The Day of The First Meeting”, she explains:

“The Rom-Ghenshar system, in the direction of the Eridani
constellation from your location—seventy thousand light-years away,
below the galactic plane, on the other side.” She amplifies the image even
further, revealing the majestic binary system of an immense yellow star and
its smaller red companion, bound in an oblique orbital path. The extended
line-up of multi-sized planets poised around the glowing double stars soon
appears in the unfolding view. Zooming in further, the image veers off
and focuses on a colourful globe, accompanied by four golden-red moons
locked into a close embrace through a thin, dusty ring.
“And this is our mother planet!” she proudly announces.

As we gaze at the southern winter sky, marvelling at the sweeping arc of the Milky Way and the bright constellations of Orion and Taurus, now is the perfect time to uncover some of the night sky’s hidden gems in a region of the sky known as “The Water”. By delving into the fainter constellation of Eridanus the River, we can discover intriguing celestial wonders like the mysterious dwarf star Epsilon Eridani, with a solar system similar to our own and a lurking exoplanet.

The extrasolar planet and asteroid belts in Epsilon Eridani.
Artist Impression from NASA-JPL-Caltech

Find Beta Eridani (Cursa) and Epsilon Eridani (Ran) in Eridanus

To the right and below of Rigel, the brightest star in Orion the Hunter, lies the fainter yet extensive constellation of Eridanus the River. It is the sixth-largest constellation in the night sky, appearing like a pearly winding river across the southwestern sky.

The most prominent star in Eridanus, and the ninth brightest star overall in the night sky, is the blue giant Achernar, part of a binary system. This shining star marks the end of the River, but sadly, it is not visible from northern latitudes. However, other remarkable stars within Eridanus, such as Cursa (Beta Eridani) and Ran (Epsilon Eridani), rise above the horizon, inviting us to explore this fascinating celestial River.

Beta Eridani, commonly known as Cursa, is a blue-white giant star 25 times more luminous than our Sun and located 89 light-years away. You can find it to the right and above the bright star Rigel, near the foot of Orion the Hunter. The name “Cursa” means “the footstool.” It is the second brightest star in the Eridanus constellation.

Continuing along the River Eridanus and down its elongated slope, we find the famous star Epsilon Eridani, also known as Ran. This orange dwarf star is believed to host at least one Jupiter-like planet. Surrounded by swirling dust disks and asteroid belts, Epsilon Eridani offers astronomers a unique opportunity to study a planetary system like our own Solar System. At only 10.5 light-years away, Epsilon Eridani is the third-closest star visible to the naked eye, after Alpha Centauri and Sirius.

The November Night Sky. Looking South

Find out more about the November Night sky in my latest feature on The European Magazine: November Night Sky Events: Supermoons, Shooting Stars, and Celestial Wonders

The Space Traveller’s Lover | Omara Williams

Dear readers,

In The Space Traveller’s Lover, the beautiful Orion constellation features prominently as one of Erin’s favourite sights in the night sky.

In chapter 16, The Visitor, it reads:

Shaillah closes the heavy cell door and races down the stairs like a
fleeting ghost. She exits the outside gates, passing in front of the night
guard, who sips unwittingly at his cup of coffee.

Out in the open, she saunters through the fields with her arms fully
open while her gleeful eyes stay fixed on the starry sky. “So far and yet so
close,” she says to herself as she glances through the constellations, taking
her time to admire the glittering starlit night. She watches the prominent
Orion stars shining over the horizon, then focuses on the less conspicuous
Eridani system, waving its dim pearly wreath right off the bright star Rigel.
She watches each faint point of light on its wavy river-like pattern, feeling
as if her ancestral home is calling on her, and she is responding. All the
while, she cannot stop thinking about Rothwen.
The approaching scouting-craft interrupts her thoughts. As the craft
smoothly brakes to a halt and silently hovers by her side, she swiftly boards
it, flying through the opening top cabin.

The October Night Sky

The Orion Constellation

In the eastern sky, Capella shines brightly in the Auriga constellation, to the left of the Pleiades star cluster and orange Aldebaran in the Taurus constellation. Right below, Orion the Hunter is rising with its striking and unique arrangement of bright stars, a sight that never fails to pique our curiosity and remind us that winter is approaching.

Known for its distinctive shape resembling a hunter, Orion is positioned along the celestial equator, an imaginary line in the sky that mirrors the Earth’s equator, making it visible from nearly every corner of the Earth.

Orion boasts a stunning collection of bright celestial objects, including the iconic stars Betelgeuse and Rigel, and the famous Great Orion Nebula, a spectacular stellar nursery where new stars are formed.

In this article, we delve into the fascinating features of Orion, exploring the characteristics of its main stars and nebulae, as well as its intriguing mythology.

Constellation Art of Orion the Hunter and its main stars

The Orion’s Belt

The most well-known asterism in the Orion constellation is Orion’s Belt. This prominent feature is formed by three bright stars: Alnitak, Alnilam, and Mintaka. These stars are arranged in a nearly straight diagonal line and have similar brightness and distances from each other, making them easy to identify in the night sky.

The stars of Orion’s Belt are not just a random line-up in the sky. They are siblings, born from the same cosmic nursery, at roughly the same time. All three are spectacular, massive, luminous stars:

1. Alnitak: The westernmost star, located 1,260 light-years away. It’s a triple star system where the primary component is a blue supergiant about 20 times the mass of the Sun.
2. Alnilam: The belt’s central star and one of the most luminous stars known. It is a blue supergiant about 40 times the mass of the Sun, located 1,340 light-years away.
3. Mintaka: The easternmost star, located 1,200 light-years away. It is a unique quintuple star system where the primary component is itself a triple system of massive stars.

It’s been suggested that the pyramids of Giza in Egypt and the pyramids of Teotihuacan in Mexico are aligned with the stars of Orion’s Belt. This alignment holds profound historical and cultural significance for these astronomical bodies, influencing ancient architecture and connecting us to the wisdom and beliefs of our ancestors in a profound way.

The Great Orion Nebula

The Great Orion Nebula as imaged by the Hubble Space Telescope.

Below Orion’s belt, there is another prominent asterism known as Orion’s Sword. It consists of several bright stars, clusters and most notably the Great Orion Nebula.

The brightest star in Orion’s Sword is Hatysa, a multiple-star system member of the star cluster known as “The Lost Jewel of Orion”. Just above Hatysa and appearing as the central star of the Sword asterism, you can find one of the brightest nebulae visible to the naked eye and the closest region of massive star formation to Earth: The Great Orion Nebula.

This magnificent nebula is not just a stunning sight in the Orion constellation; within its swirling clouds of gas and dust, new stars are born, offering us a front-row seat to the fascinating process of star formation. Additionally, it is home to several star clusters, including the Trapezium Cluster, which consists of very hot, young stars casting their intense glow on the surrounding cloud walls.

Because of its brightness, proximity, and status as an active star-forming region, the Great Orion Nebula is one of the most intensively studied celestial objects.

Rigel

Rigel, a prominent star marking the left foot of the constellation Orion the Hunter, is a multiple-star system situated approximately 860 light-years from Earth. Rigel ranks as the seventh brightest star in our night sky, making it a significant point of reference in celestial navigation and a prominent figure in various mythologies.

At the heart of this four-star system lies Rigel A, an impressive white-blue supergiant. Rigel A is considerably more massive than our Sun, with an estimated mass around 20 times greater, and it radiates a luminosity that surpasses that of thousands of Suns.

Close to Rigel lies the faint reflection nebula known as the Witch Head Nebula, characterised by its distinctive shape, featuring a long nose and a pointed chin. The walls of the nebula shine with light reflected from Rigel, creating a stunning display that showcases the cosmos’ unique beauty.

Betelgeuse

Betelgeuse is a spectacular red supergiant star glowing on the right shoulder of Orion the Hunter and is the tenth brightest star in the night sky. Located approximately 600 light-years away, Betelgeuse is one of the largest stars visible to the naked eye, with a radius estimated to be over 700 times that of the Sun. If placed at the centre of our solar system, its surface would extend beyond the asteroid belt, engulfing the orbits of Mercury, Venus, Earth, Mars, and even Jupiter. As recently as 2024, astronomers confirmed the existence of a much smaller star orbiting very close to Betelgeuse, which was named Siwarha.

Betelgeuse is in the late stages of its life due to its massive size and rapid evolution. It is expected to end its life in a supernova explosion, which will be visible even during daylight and may shine as brightly as a half-Moon for several months. In late 2019, Betelgeuse experienced a significant dimming event, known as “The Great Dimming”. During this event, its brightness dropped by about 60%, due to the star ejecting its outer layers and creating a dust cloud that partially obscured it.

Bellatrix

Bellatrix, located on the left shoulder of Orion, is a massive blue giant star. It has a luminosity thousands of times greater than that of the Sun and is relatively young in astronomical terms. Situated approximately 250 light-years away from Earth, Bellatrix is the 26th brightest star in the night sky and the third brightest in the constellation of Orion, following Rigel and Betelgeuse.

Among the bright stars in the constellation Orion, Bellatrix stands out as the first to appear in the eastern sky around midnight in October. As the hours go by, this striking star ascends higher, revealing the magnificent Orion constellation in all its splendour.

Surrounding Bellatrix is a faint nebulosity illuminated by the bright star aptly named the Bellatrix nebula. The interstellar dust in this nebula reflects the intense, brilliant white-blue light of Bellatrix, giving it a similar blue hue.

Saiph

Saiph is an extremely hot blue supergiant marking the right knee of Orion the Hunter. It is approximately 650 light-years away from us, making it closer than Rigel, although it appears less luminous in the visible spectrum because of its intense ultraviolet radiation.

Saiph is 60,000 times as luminous as our Sun, and approximately thirty times as massive. Rapidly losing its stellar mass as its outer layers are expelled into space, this enormous star is expected to end its life in a dramatic stellar explosion known as a supernova.

Meissa

Meissa is a fascinating multiple-star system marking the head of Orion the Hunter, known for its luminosity, surrounding nebulosity, and role as the central star of the Lambda Orionis star cluster.

Located over 1,100 light-years away, Meissa serves as the apex of a triangle formed by Betelgeuse and Bellatrix. Surrounding this massive blue giant star is a large ring of nebulosity thought to be the remnant of a supernova explosion and known as the Lambda Orionis Ring.

Mythology

Orion is one of the oldest recognised constellations, with references found in ancient Greek, Babylonian, Aboriginal and Egyptian cultures.

In Greek mythology, Orion was a giant, supernaturally strong hunter. The constellation depicts him with a club and shield raised against Taurus the Bull. One myth tells of his boast that he would kill every animal on Earth, prompting the gods to send a scorpion to kill him. Having recovered from the scorpion’s sting, he realised how precious life is and repented of his boast. Then the gods placed him in the heavens on the opposite side of the scorpion, allowing Orion to hide as Scorpius rises.

In summary, Orion is a prominent and legendary constellation home to some of the sky’s most spectacular sights. From dying supergiants to the glowing nurseries where new stars are born, Orion is a captivating subject for both stargazers and astronomers alike.

Omara Williams

In The Space Traveller’s Lover, Rothwen is preparing to lead his Invincible Grand Fleet on a takeover mission to Omega Centauri, the last unconquered enclave of the Milky Way for the Rom-Ghenshar, making this his most challenging mission yet.

As Rothwen departs in his flagship, The Prestige, he is confident of victory despite the significant dangers that lie ahead. The themes of his journey and the challenges he faces alongside Shaillah are central to the second volume of The Space Traveller’s Lover.

Let’s eagerly anticipate Rothwen’s adventures as we embark on an imaginative journey to Omega Centauri in this article.

The Milky Way’s biggest globular cluster: Omega Centauri

Omega Centauri – By NASA’s Hubble Space Telescope

Omega Centauri, a breathtaking globular star cluster, is a colossal structure located more than 17,000 light-years away in one of our Milky Way Galaxy’s inner arms, the Norma Arm.

This awe-inspiring star gathering, the most massive globular cluster known, is home to millions of multicoloured stars densely packed within a region approximately 150 light-years in diameter. Its sheer size and grandeur, a spectacle of celestial beauty, have captivated astronomers and stargazers alike.

Visible to the naked eye from dark skies, the cluster appears larger yet fainter than the full Moon. It is the largest and brightest globular cluster in the night sky, making it one of the favourite celestial objects for stargazers in the southern hemisphere.

In the centre of this magnificent cluster, the stars are spaced so closely together that, on average, they are only 0.1 light-years apart. To put this into perspective, this distance is similar to having our closest star, Proxima Centauri, located within the Oort Cloud of our solar system, which is a region of space at the outer edges of our Sun’s gravitational influence.

Omega Centauri is home to ancient stars that are billions of years old—older than our 4.6-billion-year-old Sun. Amidst these celestial giants are other stars of various ages and compositions, creating a stunning tapestry of stellar evolution. This rich diversity of stellar populations hints at a complex galactic origin and dynamic processes shaping this remarkable aggregation of stars over aeons.

If you were to approach Omega Centauri’s core, the sky would be so filled with stars that night would look like day. These stars are racing, especially at the centre of the cluster, hinting at the presence of a supermassive black hole or clusters of neutron stars.

The breathtaking beauty and complexity of Omega Centauri serve as a powerful reminder of the vastness and richness of our universe, inspiring us to wonder: What if we could embark on a journey to Omega Centauri? Imagine traversing the sea of stars, discovering celestial wonders at every turn, and ultimately stopping at a safe distance from the event horizon of its black hole.

We can begin our journey by exploring some fantastic sightseeing treasures as we depart from our home planet. First, we will visit the red supergiant star Antares. Next, we’ll explore the Globular Cluster NGC 6397, followed by the incredible Eta Carina Nebula (NGC 3372) and the glittering star cluster Kappa Crucis (NGC 4755). Finally, we will speed towards Omega Centauri, the extraordinary globular cluster that beckons with its myriads of stars, all glistening like jewels against the cosmic expanse.

The dazzling red supergiant star Antares A

A close-up of the red supergiant star Antares A

As we approach the red glowing Antares, we discover that it is a two-star system with contrasting properties. The second star, known as Antares B, is a blue-white main-sequence star that is more massive than our Sun but smaller than Antares A. Together, these stars follow an almost circular orbit as they travel through space. Occasionally, we can observe coronal mass ejections from the red supergiant Antares A, massive bursts of solar wind, plasma, and magnetic fields, impacting the atmosphere of its smaller companion.

Antares A is truly gigantic, approximately 700 times the sun’s diameter, and more than 10,000 times brighter.

The Sparkling Globular Cluster NGC 6397

Globular Cluster NGC 6397 – By NASA’s Hubble Space Telescope

Beneath the vibrant glow of Antares, we glide under the sweeping tail of the Scorpion constellation, venturing south of the celestial equator.

Our attention is drawn to a compact, fuzzy ball of shimmering sapphires and glittering gold. As we approach, this ball unfolds into thousands of stars, each one a dazzling gem in a spectrum of vivid blues, fiery reds, and warm yellows. They radiate outward from a dense, luminous core, creating a stunning tapestry of light.

Now, we find ourselves 7,800 light-years away from Earth, visiting one of the closest globular clusters to our planet.

As we observe the swift, swirling movements of these stars around the dense core, we suspect that deep at the heart of this celestial dance lies something far more massive—perhaps the remnants of multiple neutron stars or the enigmatic presence of a black hole.

The Spectacular Eta Carina Nebula (NGC 3372)

Eta Carina NGC 3372 – By NASA’s Hubble Space Telescope

Leaving the glowing NGC 6397 cluster behind, we set our course for our next destination: the fabulously mysterious Eta Carina Nebula, drawing us to explore the depths of its complex, star-forming regions.

As we journey into the Carina-Sagittarius arm of our Milky Way, situated 8,500 light-years from Earth, we are immediately captivated by the sight of enormous, dusty lobules radiating from a bright central point.

This expanding superstructure seems to be on the brink of self-destruction at any moment, due to the explosive interactions and stellar outbursts from the binary star system at its core. Composed of a dazzling hypergiant and a smaller, yet highly active companion, these stars produce a combined luminosity that surpasses five million times that of our Sun.

Eta Carinae is estimated to be about 100 times more massive than the Sun, making it one of the most massive stars in our Galaxy.

We cannot help but be in awe of the variety and richness of stellar objects in this region. It features clusters of stars harbouring young, highly active stars and intricately shaped dust-gas pillars, offering a unique insight into the complex interaction of matter in the cosmos.

The Jewel Box Kappa Crucis star cluster (NGC 4755)

Kappa Crucis – By ESO Very Large Telescope (VLT)

Leaving the mesmerising cosmic landscape of Eta Carina behind, we shift our focus to the edge of the Crux Arm of our Milky Way, located 6,500 light-years away. Here, we can witness the stunning beauty of the Kappa Crucis open star cluster, also known as The Jewel Box.

The vibrant and colourful cluster is home to hundreds of stars of various types, including hot blue and red supergiants, binary systems, and variable stars.

The picturesque scene resembles a cascade of precious gemstones—diamonds and sapphires—spilt across the vastness of space, with a stunning ruby at its centre. This brilliant ruby-red supergiant stands out distinctly against the blue supergiant stars that surround it, creating a uniquely contrasting celestial spectacle.

The colossal globular cluster Omega Centauri

An endless sea of stars in Omega Centauri

We are now preparing to cross the swirling inner arms within the vast expanse of our Milky Way galaxy, the Crux and Norma arms. As we navigate toward the luminous centre of our galaxy, we turn our attention to the largest globular cluster known to humanity—a colossal celestial gathering shimmering with millions of stars.

This compact and diverse collection of stars, located 17,000 light-years from Earth, promises to reveal the great diversity of our universe as we approach its edge. Each brilliant point of light draws our attention, overwhelming us with its beauty and colour.

We observe red giants shedding their vast coronas into the stellar medium while golden-yellow stars shine with a warm brilliance. Hot, blue young stars often erupt with dazzling, highly energised jets of plasma, outshining the more modest red dwarfs, whose faint glow quietly blends into the all-encompassing light mesh.

As we glide through the expanse of this superdense cluster, our senses are overwhelmed by the radiant glow of countless suns. The vivid luminosity dances before our eyes, while intense, highly energised jets shoot through like cosmic fireworks. This light display is the most sensational we have ever witnessed, and it only becomes more dazzling as we move deeper into this stellar wonderland.

The radiant backdrop of intense light surrounds us like a magnificent wall of brilliance, dotted with countless star-like points. Each shimmering star streaks through the dense, luminous medium, gaining speed as we approach the pulsating core. Here, the concentrated stellar energy seems to coalesce into a vibrant, bubbling fireball, creating an overpowering burst of light and power.

However, advancing any further may lead us perilously close to the immense gravitational pull of the colossal black hole, lurking ominously beyond the blinding curtain of radiant light. This celestial giant possesses the power to trap and consume any matter that approaches within its formidable grasp, a relentless force that embodies both the beauty and peril of this otherworldly realm.

As we move away from danger, we catch a glimpse of a breathtaking quadruple-star system, where each star orbits the others at ever-increasing speeds while eclipsing one another’s bright light. In this complex dance of celestial bodies, each star orbits the others with astonishing velocity, its brilliant light occasionally eclipsing the others in a spectacular dance of shadows and bright illumination.

At the heart of this dazzling vortex, a jet of pure energy erupts in both directions, piercing through the surrounding hot plasma with unfathomable force. The jet’s intense brightness creates a stark contrast against the swirling, turbulent gases, illuminating the region in a surreal white glow.

As we hurriedly retreat into the less dense areas of the star cluster, we reflect on the cosmic mechanics at play. The extraordinary interaction of this complex star system must be the result of neutron stars at the core, whose immense gravitational pull and rapid rotation generate this awe-inspiring burst of energy and power.

We are leaving Omega Centauri with a profound sense of humility. We contemplate the vast wonders and mysteries of the universe, from the shimmering expanse of countless stars to the intricate interactions of physical forces that shape the fabric of reality, revealing a complexity that sparks our curiosity.

It is this insatiable desire to uncover the cosmos’ secrets that drives us forward; with each revelation, the universe grows ever more enchanting, beckoning us to delve deeper into its mysteries.

Omara Williams

Dear readers,

I’m bringing you today the latest top five-star Amazon Reviews from June and July 2025

While writing my book, I always had the reader in mind: what would they think? How would they feel? I wanted them to ask themselves what they would do in those situations.

I was determined to take the readers on a mesmerising journey through otherworldly landscapes and incredible conflicts, and this determination made the plot truly unique and original.

This is why feedback from readers is so important to me. It brings me profound satisfaction to encounter comments from readers whose insights reveal that my story has encouraged them to examine our world and their own identities more closely.

Many express feeling as though they were travelling side by side with the characters through the vastness of space, experiencing every challenge and triumph firsthand.

It is deeply rewarding to hear that they couldn’t put the book down, desperate to find out how it would all end.

Ultimately, this feedback is a testament to the power of literature to bring our most profound questions to the forefront.

Here is a summary of my favourite latest feedback about my book:

• The story explores the conflict between love and duty from a fresh perspective. Through Rothwen’s eyes, we gain a new understanding of ourselves—our contradictions, resilience, and capacity for love.
• It’s easy to get swept up in the fast-paced plot and emotional moments. I couldn’t stop wondering: Would he betray his mission for her? Would she choose him over saving her planet?
• This love story is a unique page-turner. The characters and plot are engaging, and the combination of sci-fi and romance truly sets this book apart from the rest. It pulled me in and left me rooting for them against all odds.
• This book is an excellent blend of sci-fi and romance that will completely captivate you from page one. The author weaves in fresh world-building and thought-provoking ideas that keep the reader engaged and turning the pages.

Find more amazing reviews here!

Top Five-Star Amazon Reviews from June and July 2025

You are going to love this book!

Dear readers,

In my previous article titled “What to See in the Night Sky This June: From the Summer Triangle to the Galactic Centre”, published in The European Magazine and on this blog, I explored the wonders of the summer night sky. We identified the brightest stars and located the iconic Summer Triangle. We pinpointed the centre of our Milky Way, a dynamic region brimming with countless celestial treasures such as star clusters and gas-dust nebulae, marking the highlight of our journey through the warm summer nights.

In July, we continue to enjoy warm summer nights and the possibility of observing noctilucent clouds. After darkness sets in, we can explore major constellations and their brightest stars, hopping from star to star as we admire the dense, winding band of our Milky Way stretching all the way up through the northeastern sky. Furthermore, we will have the opportunity to spot the Great Andromeda Galaxy, the farthest celestial object visible to the naked eye.

The Andromeda Galaxy

To truly enjoy the experience of stargazing, find a quiet location away from the city lights. Make yourself comfortable as you marvel at the sparkling, star-filled sky while enjoying the cool summer breeze. Although binoculars and telescopes can improve your view, the stunning beauty of the cosmos is captivating enough to appreciate even without them.

Find Capella in Auriga

Facing north, we turn our attention to the Big Dipper, our trusted stellar guide, and identify its second-brightest star, Dubhe, located at the top right-hand corner of the bowl. From Dubhe, draw a line downward to your right toward the northeast. There, we find the striking star Capella, nestled at the top corner of the hexagon-shaped Auriga constellation.

Capella, a quadruple-star system of two binary pairs, is located just 43 light-years away from Earth. It features two yellow giant stars, each about ten times the diameter of the Sun, as well as two much fainter and smaller red dwarfs. Capella’s unique composition and proximity, along with its ranking as the sixth-brightest star in the night sky, make it a fascinating object for both stargazers and astronomers. Its study provides valuable insights into the nature of stars and stellar evolution.

The Auriga constellation, commonly referred to as The Charioteer, is depicted in Greek mythology as the protector of shepherds, carrying a goat in his arms as he rides through the sky in his chariot, bringing much-needed rain to the grasslands.

Find Algol in Perseus

From Capella, follow an imaginary line to the right, toward the east, until you find the distinctive snake-shaped silhouette of the Perseus constellation. Out of its main six stars, two stand out: yellow-white Mirfak, the brightest, and to its lower right, the blue-white Algol, the second brightest but the most famous.

Located 94 light-years away, Algol is a triple star system consisting of a massive blue star, a cooler orange subgiant, and a smaller white star. As these stars orbit and eclipse one another, the brightness of the system varies dramatically over a short three-day cycle. Also known as the Demon Star, Algol is one of the most well-known variable stars in the night sky and is popular among stargazers who closely observe its frequent eclipses.

At the top of Perseus’ curving outline, two clusters of stars appear as fuzzy patches, shimmering side by side. These are known as The Double Cluster, a breathtaking assembly of hundreds of luminous, hot young stars 7,500 light-years away from us. When viewed through binoculars, the fuzzy patches transform into a dazzling display of diamond-like stars, a sight that will surely leave you in awe.

The Perseus constellation is named after the legendary hero Perseus, a central figure in Greek mythology known for his daring feats. He famously killed the fearsome Gorgon Medusa, a creature whose gaze could turn onlookers to stone, and rescued the beautiful Andromeda from the sea monster Cetus.

Find Schedar in Cassiopeia

From the Double Cluster, continue looking upwards until you spot the distinctive W-shaped constellation of Cassiopeia, straddling the wavy band of our Milky Way and its rich region of open clusters, galaxies, supernova remnants and nebulae.

The five main stars of the Cassiopeia constellation are easily visible to the naked eye. The brightest star, Schedar, is found at the bottom right corner of the “W” shape. Occasionally, it can be outshone by Navi, which is positioned at the top central point of the “W”. Due to Navi’s eruptive nature, its brightness can temporarily surpass that of Schedar, as if the two stars were engaged in a never-ending contest for brightness.

Schedar is an orange giant star that is 800 times more luminous than our Sun and is situated about 228 light-years away from us. In contrast, Navi is a blue subgiant star with a much greater luminosity (40,000 times that of the Sun) and located farther away (600 light-years away).

The Cassiopeia constellation is named after Queen Cassiopeia of Ethiopia, known for her beauty and vanity. According to Greek mythology, her conceited behaviour angered the gods, who ordered the destruction of her kingdom. The queen then offered her daughter, Andromeda, to the fearsome sea monster Cetus as a sacrifice to appease the gods.

Find Alpheratz in Andromeda

From Schedar, draw a line to your right, toward the east, to locate Alpheratz, shining brightly in the top left corner of the prominent asterism known as the Great Square of Pegasus —a bright and recognisable pattern of stars dominating the eastern sky.

Alpheratz, straddling the boundary between the Pegasus and Andromeda constellations, is officially part of the large but rather faint Andromeda. Alpheratz lies 94 light years away and is a binary system in a close orbit, formed by a blue-white subgiant star 240 times more luminous than the Sun and a smaller white star.

Along the thin line of stars that make up the Andromeda constellation, we can locate the bright red giant star Mirach, one star to the left of Alpheratz. Mirach is a well-known guide for finding the Andromeda Galaxy, the nearest large galaxy to our Milky Way.

A triangle between Schedar, Alpheratz and Mirach frames the Andromeda Galaxy, appearing as a fuzzy patch in dark skies above Mirach. With an estimated trillions of stars and 2.5 million light-years away, this massive spiral galaxy is moving toward us at a speed of 110 kilometres per second. It is expected to collide with our Milky Way in 4.5 billion years, a cosmic event that will reshape both galaxies and the night sky as we know it.

Finding The Andromeda Galaxy

Finding Capella, Algol, Schedar and Alpheratz

In Greek mythology, Andromeda is the beautiful princess who was offered as a sacrifice to the gods but was saved by Perseus, who killed the sea monster and freed her from her chains. As soon as they met, Andromeda and Perseus fell in love, and the gods, so touched by their passion, placed them next to each other in the heavens.

The legends behind these constellations tell an extraordinary story filled with challenges, courage, love, and triumph. These myths add depth and intrigue to stargazing, transforming it from merely the observation of stars into a rich narrative that everyone can enjoy.

Main Night Sky Events in July

July 4 – Venus near the Pleiades star cluster

The bright planet Venus, also known as the Morning Star, shines over the eastern horizon and below the dazzling Pleiades star cluster after 2:30 a.m.

July 10 – Full Moon

The Full Moon rises above the southeastern horizon after 9:30 p.m. and then arcs low across the sky toward the south. This full Moon is also known as the Buck Moon, a name derived from Native American traditions since July is the time when male deer, or bucks, have fully developed their antlers.

July 13 – Venus near Aldebaran and The Hyades star cluster.

Venus continues its early morning journey through the Taurus constellation, shining low on the eastern horizon above the bright red-orange star Aldebaran and the Hyades star cluster, softly twinkling nearby.

July 16 – The Moon near Saturn

The waning crescent Moon shines above and to the right of Saturn, visible over the southeastern horizon all night after midnight.

July 21 – The Moon near Venus

The thin crescent Moon meets bright Venus in the Taurus constellation over the eastern horizon after 3 a.m., both positioned to the left of Aldebaran, the Pleiades, and the Hyades star clusters—a unique gathering of glittering celestial bodies that make up a stunning sight.

July 23 – The Moon near Jupiter

The thin crescent Moon meets Jupiter after 4 a.m. as they keep rising over the eastern horizon ahead of the Sun.

July 28 – Peak of the July Gamma-Draconids meteor shower

This meteor shower has shown previous outbursts, and observing conditions are favourable, as the Moon is in a very thin crescent phase. After midnight, find a dark area, lie on your back, relax, look up towards the highest point in the night sky, and start counting the shooting stars.

July 30 – Peak of Delta-Aquarids and Alpha-Capricornids meteor showers.

This time, we have multiple meteor showers occurring on the same night and close to each other, increasing our chances of spotting more shooting stars. Look towards the southeastern sky after midnight to experience the thrill of bright fireballs that will set your heart racing.

You can find another version of this article in The European Magazine here: What to see in the night sky this July: Capella, Cassiopeia and the Andromeda Galaxy – The European Magazine