Tektites & Visitors from Space

Earth's Most Extraordinary Conversation with the Cosmos

A Note from Enchantress

Every crystal, mineral and natural object in this library has been researched with care to bring together geology, history, craftsmanship and the traditional stories that have surrounded these remarkable treasures for generations.

Science helps us understand how they formed.

History tells us how people have cherished them.

Tradition shares the meanings many have found in them.

We believe each perspective has something valuable to offer.

Whether you're here to learn, collect, decorate your home or simply satisfy your curiosity, you're warmly welcome.

At a Glance

Is This Collection Right for You?

Few natural objects inspire wonder quite like those connected with space.

Some began their journey among the asteroids that orbit our Sun.

Others were born right here on Earth during unimaginably violent cosmic collisions.

Together, they tell one of the most extraordinary stories in geology.

When a large asteroid strikes the Earth, the energy released is almost beyond comprehension.

Temperatures soar.

Rock melts instantly.

Some material is vaporised.

Some is blasted high into the atmosphere.

Some travels hundreds or even thousands of kilometres before falling back to Earth.

From these events come remarkable natural objects.

Meteorites.

Tektites.

Impact glasses.

Each tells a different chapter of the same cosmic story.

Although they are often grouped together by collectors, they are not the same thing.

Understanding the difference makes them even more fascinating.

Whether you're captivated by the shimmering green of Moldavite, the perfectly sculpted shape of an Australite or the breathtaking beauty of a Pallasite meteorite, these remarkable treasures remind us that Earth has never existed in isolation.

Our planet has always been part of a much larger universe.

You may enjoy this collection if you appreciate:

• Astronomy

• Planetary geology

• Meteorites

• Natural impact glass

• Solar System history

• Some of the oldest natural objects it is possible to own

Some stones tell the story of the Earth.

These tell the story of the Earth... and everything beyond it.

Discover Tektites & Visitors from Space

Some of the oldest objects you will ever hold in your hands were not born on Earth.

Others were.

Yet all of them tell the story of our planet's place within the Solar System.

Meteorites.

Tektites.

Impact Glasses.

Each begins with a journey through space.

Each finishes with a very different story.

The Story Written by the Earth... and Beyond

For most minerals in this library, the story begins deep within the Earth.

Not this one.

This story begins millions of kilometres away.

Throughout Earth's history, our planet has been struck by countless asteroids and meteoroids.

Most are tiny and burn harmlessly in our atmosphere.

Occasionally, however, a much larger body survives the journey.

The result is one of the most energetic natural events our planet can experience.

An impact.

The energy released is almost unimaginable.

Temperatures briefly become hotter than the surface of the Sun.

Rock melts instantly.

Some is vaporised.

Some is shattered.

Some is launched high into the atmosphere before falling back to Earth.

From these extraordinary events come several completely different natural treasures.

Understanding the differences is part of appreciating their remarkable story.

Visitors From Space

Although they are often grouped together by collectors, meteorites and Tektites are not the same thing.

One comes from space.

The other is created on Earth because of space.

Meteorites

Meteorites are fragments of asteroids, and more rarely the Moon or Mars, that survive their journey through Earth's atmosphere and reach the ground.

They are among the oldest natural objects it is possible to own, many forming more than 4.5 billion years ago, before the Earth itself was fully formed.

Scientists divide meteorites into three major families.

Stony Meteorites

Around 95% of all meteorites belong to this group.

They are composed primarily of silicate minerals and often contain tiny spherical structures known as chondrules, microscopic droplets that formed in the earliest days of our Solar System.

These meteorites provide scientists with invaluable clues about how the planets formed.

Some are so unchanged that they preserve material older than the Earth itself.

Iron Meteorites

Iron meteorites are composed mainly of iron and nickel.

They are thought to represent the metallic cores of ancient asteroids that were shattered by enormous collisions billions of years ago.

When polished and lightly etched, many reveal the spectacular Widmanstätten Pattern—an intricate interlocking crystal structure that formed during unimaginably slow cooling over millions of years in space.

It cannot be reproduced artificially.

It is one of nature's most remarkable crystalline patterns.

Stony-Iron Meteorites

The rarest of the three major meteorite groups.

Containing almost equal proportions of silicate minerals and iron-nickel metal, these meteorites offer a glimpse into the internal structure of ancient worlds.

The most celebrated members of this family are the magnificent Pallasites.

Pallasites — Jewels of the Solar System

Many collectors consider Pallasites to be the most beautiful meteorites ever discovered.

Slices reveal transparent golden, olive-green or honey-coloured Olivine crystals suspended within a gleaming iron-nickel framework.

When illuminated from behind, they resemble stained glass crafted by the universe itself.

Scientists believe Pallasites formed near the boundary between the metallic core and rocky mantle of ancient differentiated asteroids before those worlds were destroyed in catastrophic collisions.

Every slice is quite literally a window into the interior of a planetesimal that no longer exists.

There is simply nothing else like them.

Tektites — When the Earth Took Flight

Unlike meteorites, Tektites are not extraterrestrial objects.

They are pieces of the Earth.

When a large meteorite strikes our planet, the impact melts enormous quantities of terrestrial rock.

Some of this molten material is blasted high into the atmosphere.

As it travels through the air it cools rapidly, solidifying into natural glass before falling back to Earth.

These remarkable droplets become Tektites.

So while meteorites travelled to Earth...

Tektites travelled through the Earth's atmosphere after being launched by one of the most violent events in geological history.

They are Earth's response to a visitor from space.

The Tektite Family

Nature has created several fascinating varieties of Tektite, each linked to a different impact event.

Moldavite

Perhaps the world's most famous Tektite.

Its beautiful olive-green colour was created around 15 million years ago following the impact that formed Germany's Nördlinger Ries Crater.

Fragments were launched hundreds of kilometres into what is now the Czech Republic, where they cooled into the remarkable green glass treasured by collectors today.

Australites

Unique to Australia, Australites are among the most aerodynamically sculpted Tektites known.

Many developed beautiful button shapes as they re-entered the atmosphere while still partially molten.

They provide scientists with valuable information about atmospheric flight and impact processes.

Indochinites

Found throughout Thailand, Vietnam, Laos, Cambodia and neighbouring countries, these dark Tektites represent one of the largest known strewn fields on Earth.

Their exact source crater is still being investigated, making them one of the great geological mysteries.

Muong Nong Tektites

Unlike most Tektites, these are layered rather than aerodynamic.

Their internal structure suggests they cooled differently from other impact glasses, offering important clues about how massive impacts distribute molten rock.

Ivory Coast Tektites

Associated with the Bosumtwi impact crater in Ghana, these are among the rarer members of the Tektite family.

Georgiaites & Bediasites

Rare North American Tektites linked to ancient impact events in what is now the southeastern United States.

Other Impact Glasses

Not every natural impact glass is a true Tektite.

One of the most famous examples is Libyan Desert Glass.

This beautiful golden-yellow natural glass formed around 29 million years ago in the Sahara Desert.

Its exact origin is still debated, although most scientists agree it formed during an extraordinary high-energy impact event or atmospheric explosion.

Perhaps its most famous claim to history is that a carved scarab made from Libyan Desert Glass was placed within the jewellery of the Egyptian Pharaoh Tutankhamun.

Even thousands of years ago, people recognised that this remarkable glass was something truly special.

Nature's Signature

Every meteorite.

Every Tektite.

Every impact glass.

Carries the scars of an extraordinary journey.

Some travelled through interplanetary space for billions of years.

Others were born from the Earth's own rocks during catastrophic impacts.

Some reveal metallic crystals that formed before our planet existed.

Others preserve the frozen flight of molten rock through the atmosphere.

No two are ever alike.

Each is a fragment of an event so immense that it reshaped landscapes, altered planetary history and reminds us that Earth has always been part of something much bigger.

These are not simply stones.

They are chapters in the story of our Solar System.

Through Human Eyes

For most of human history, meteorites were objects of mystery.

They fell from a clear sky without warning.

Some arrived with brilliant fireballs streaking across the heavens.

Others exploded with tremendous force.

Long before anyone understood asteroids or planetary formation, people knew only one thing.

These stones had come from the sky.

Many cultures regarded them as sacred.

Some were kept as ceremonial objects.

Others were fashioned into tools or weapons long before humans learned to smelt iron from the Earth.

One of the earliest known examples is the famous iron dagger of the Egyptian Pharaoh Tutankhamun, forged from meteoritic iron thousands of years before the Iron Age became widespread.

Modern analysis has confirmed that the blade contains the distinctive nickel-rich composition found in iron meteorites.

It is one of history's most beautiful reminders that humanity has always been fascinated by visitors from space.

From Curiosity to Science

For centuries, many scholars refused to believe that rocks could fall from the sky.

The idea seemed impossible.

It wasn't until the early nineteenth century, following carefully documented meteorite falls across Europe, that the scientific community finally accepted their extraterrestrial origin.

That discovery transformed our understanding of the Solar System.

Meteorites became more than curiosities.

They became time capsules.

Some preserve minerals that formed before the Earth itself.

Others contain tiny grains older than our Sun.

Together they help scientists understand how planets formed, how asteroids evolved and how our own world came into existence over 4.5 billion years ago.

Few natural objects have contributed more to our understanding of planetary history.

Why Have Tektites Captured Our Imagination?

Tektites tell a different story.

They are not visitors.

They are survivors.

Born from the Earth itself during unimaginable cosmic impacts, they represent the moment when our planet quite literally responded to an encounter with space.

Their sculpted shapes, flowing surfaces and aerodynamic forms preserve the violence of those ancient collisions.

Some, like Moldavite, have become treasured for their remarkable beauty.

Others, such as Australites, continue to help scientists understand how molten material behaved while travelling through the atmosphere.

Together, meteorites and Tektites remind us that Earth is not an isolated world.

It has always been part of a dynamic Solar System.

Why Do They Continue to Fascinate Us?

Perhaps because they expand our perspective.

Holding a Quartz crystal connects us to the Earth.

Holding a meteorite connects us to the birth of the Solar System.

Holding a Tektite connects us to the moment those two stories collided.

Modern crystal traditions often associate Tektites and meteorites with transformation, exploration, expanded awareness, resilience and new perspectives.

Their extraordinary origins have naturally inspired symbolism connected with change, possibility and our place within the wider universe.

Whether appreciated through these traditions or admired simply as remarkable geological and astronomical specimens, they remind us that our world has always been shaped by forces far beyond our own horizon.

At Enchantress Collective, I think these extraordinary treasures invite one of the biggest questions we can ever ask.

When you hold a fragment of an asteroid that formed before the Earth...

Or a piece of our own planet transformed by a cosmic collision...

You can't help but wonder just how extraordinary our place in the universe really is.

Traditionally Associated With

• Transformation

• Exploration

• New Beginnings

• Perspective

• Resilience

• Curiosity

• Cosmic Connection

• Personal Growth

Commonly Connected With

Chakras

There is no long-standing traditional association between meteorites or Tektites and specific chakras.

In modern crystal traditions they are most commonly connected with:

• Crown Chakra

• Third Eye Chakra

• Earth Star Chakra (particularly in contemporary practices involving grounding and planetary connection)

These traditional associations are shared as part of modern crystal traditions and personal belief rather than as scientifically established fact.

Collector's Eye

Collectors are often drawn to extraterrestrial material because every specimen represents a unique event in the history of our Solar System.

Collectors commonly seek:

Meteorites

• Complete fusion crust

• Regmaglypts ("thumbprint" depressions)

• Widmanstätten patterns in iron meteorites

• Beautiful Olivine crystals in Pallasites

• Documented witnessed falls

• Rare lunar and Martian meteorites

Tektites

• Fine surface sculpture

• Complete Australite buttons

• Museum-quality Moldavite

• Layered Muong Nong specimens

• Libyan Desert Glass

• Documented provenance

Authenticity is especially important in this field.

Because of their popularity, Moldavite, Libyan Desert Glass and meteorites are among the most frequently imitated natural objects in the collector market.

Purchasing from knowledgeable and reputable sources helps ensure that the remarkable story you are holding is genuinely billions of years in the making.

Rarity & Collectability

Meteorites are among the rarest natural objects most people will ever own.

Each represents an individual journey through space that may have begun before the Earth existed.

Collectors particularly value:

• Pallasites displaying gem-quality Olivine

• Iron meteorites with exceptional Widmanstätten patterns

• Carbonaceous Chondrites

• Lunar meteorites

• Martian meteorites

• Fine Moldavite

• Complete Australites

• Exceptional Libyan Desert Glass

Some treasures tell the story of our planet.

These tell the story of the Solar System itself.

And that makes them among the most extraordinary objects any collector can ever hold.

Choosing Your Tektites & Visitors from Space

Choosing a meteorite or Tektite is unlike choosing almost anything else in a collection.

You're not simply choosing a beautiful object.

You're choosing a fragment of an extraordinary event.

Perhaps an asteroid that formed before the Earth existed.

Perhaps a piece of our own planet transformed by one of the most powerful impacts in geological history.

Each specimen carries a story measured not in centuries...

But in millions—or even billions—of years.

If you're choosing a Tektite, consider:

• Well-preserved natural surface sculpture

• Good provenance

• Minimal chips or recent damage

• Attractive natural shape

• Colour characteristic of its locality

• A size and form that appeals to you

Many collectors prefer Tektites that retain their original aerodynamic forms, as these preserve the story of their flight through the atmosphere.

Choosing Moldavite

Moldavite is one of the most imitated collector materials in the world.

When choosing Moldavite, look for:

• Natural etched surface texture

• Characteristic olive to bottle-green colour

• Internal flow structures and tiny natural bubbles

• Reputable provenance

• Undamaged edges where possible

Beautifully sculptured natural pieces are often more desirable than heavily polished examples because they preserve the evidence of their remarkable origin.

Choosing a Meteorite

Meteorite collectors often look for different qualities depending on the meteorite family.

Stony Meteorites

• Visible chondrules where present

• Good fusion crust

• Stable condition

• Documented classification

Iron Meteorites

• Well-developed Widmanstätten Pattern (on etched slices)

• Stable, well-preserved metal

• Minimal corrosion

• Reliable provenance

Pallasites

Collectors often seek:

• Large transparent Olivine crystals

• Even distribution of crystals

• Bright polished metal

• Stable specimens free from significant oxidation

• Good light transmission through polished slices

Every Pallasite is unique.

No two display exactly the same arrangement of crystals.

Caring for Tektites & Meteorites

Although these remarkable objects have survived extraordinary journeys, thoughtful care will help preserve them for generations to come.

Caring for Tektites

Tektites are natural impact glasses and are generally durable.

To preserve them:

• Clean with lukewarm water and a fragrance-free soap made with naturally occurring surfactants.

• Dry thoroughly with a soft microfibre cloth.

• Avoid unnecessary impacts that may chip delicate edges.

• Store separately from harder gemstones if highly sculptured.

Caring for Iron Meteorites

Iron meteorites require a little more attention.

Because they contain metallic iron, they can slowly oxidise if exposed to moisture for prolonged periods.

To help preserve them:

• Keep them dry.

• Avoid prolonged humidity.

• Dry thoroughly after handling if moisture is present.

• Store in a stable environment.

Some collectors use silica gel in storage cabinets to help control humidity.

Caring for Pallasites

Pallasites combine metal with delicate Olivine crystals.

Rapid changes in humidity and temperature may encourage corrosion of the metal matrix over long periods.

Stable storage conditions help preserve both the metal and the beautiful crystals.

Health & Safety

Tektites and meteorites are considered safe to wear, handle and display.

When cut, polished or ground, however, they produce fine dust or metallic particles that should not be inhaled. Professional lapidaries use water-fed equipment, dust extraction and appropriate respiratory protection when working these materials.

Iron meteorites may develop natural surface oxidation over time if exposed to moisture. This is a preservation issue rather than a health concern and can usually be minimised through careful storage.

There is no scientific evidence that meteorites, Tektites or impact glasses provide benefits when immersed in drinking water. As with every specimen in this library, their greatest value lies in understanding their remarkable origin, preserving their natural beauty and appreciating the extraordinary story they carry.

Some of these objects began their journey before the Earth existed.

That alone makes them worthy of care.

An Enchantress Reflection

There are moments in life when something changes the way you see the world.

For me, it wasn't holding a meteorite.

It was holding a polished slice of a Stony-Iron Pallasite.

The moment I saw it, I was completely captivated.

Suspended within the polished iron-nickel matrix were pockets of vivid green and golden Olivine crystals, glowing as though they had somehow trapped light from another world.

It was unlike anything I had ever seen.

Being the nerdy girl that I am, and someone who has loved every film and documentary about the cosmos—from the science of our universe to the wonderful possibilities imagined in the Star Wars galaxy—I was instantly transported.

For a few moments, I wasn't standing in a mineral gallery.

I was contemplating the remains of a world that no longer exists.

I felt incredibly small.

Wonderfully insignificant.

And completely in awe.

It was pure extraterrestrial genius.

I didn't just want it.

I needed it.

It was a love affair to remember.

Sadly, it was also a very short-lived one.

That magnificent slice already had a pre-booked date with a museum that had purchased it, so it was never destined to come home with me.

But I have never forgotten it.

Even now, I can still picture those glowing Olivine crystals suspended within ancient metal that had travelled through space for billions of years before finding its way to Earth.

Some people remember a favourite painting.

Some remember a beautiful piece of jewellery.

I remember that Pallasite.

And I suspect I always will.

It reminded me that our universe is far grander, stranger and more beautiful than we can ever truly imagine.

That memory has stayed with me ever since.

"There’s a whole universe out there waiting to be discovered." — Contact

Important Information

Traditional Crystal Symbolism

Throughout history, people from many different cultures have attributed symbolic, spiritual and metaphysical meanings to meteorites, Tektites and other extraterrestrial materials. These traditions continue to be explored and appreciated by many people today.

At Enchantress Collective, we share these traditional associations with genuine respect for the people and communities from which they have grown.

However, they are presented as part of the rich history and continuing conversation surrounding natural objects, cultural traditions and personal belief, rather than as scientifically established fact.

While these remarkable treasures may inspire reflection, curiosity and a sense of wonder, they should never be considered a substitute for professional medical, psychological or healthcare advice and treatment.

The metaphysical associations shared throughout the Enchantress Collective Crystal Library are offered for historical, cultural and personal interest.

Natural Variation

Photographs are representative of the quality and style you can expect.

Every Tektite, meteorite and impact glass is completely unique.

Unlike most minerals in this library, these remarkable specimens were not all formed by the same geological processes.

Meteorites originated beyond our planet, forming within asteroids—or more rarely, the Moon or Mars—over 4.5 billion years ago. Their composition reflects the ancient worlds from which they came. Some are composed almost entirely of silicate minerals, others of iron and nickel, while the rarest combine both in spectacular ways.

Iron Meteorites often display the remarkable Widmanstätten Pattern, an intricate interlocking crystal structure that formed through unimaginably slow cooling within the cores of ancient asteroids. No two patterns are ever identical.

Pallasites, among the rarest and most beautiful meteorites known, contain translucent Olivine crystals suspended within a metallic iron-nickel framework. Crystal size, colour and distribution vary naturally from specimen to specimen, making every slice a unique window into the interior of an ancient world.

Tektites are entirely different. Although born from extraterrestrial events, they are created from Earth's own rocks during meteorite impacts. Their colours, textures and shapes depend upon the chemistry of the original rock, the temperature of the impact, the distance they travelled and the way they cooled while flying through the atmosphere.

Some, such as Moldavite, display beautiful natural surface etching and olive-green transparency.

Australites may develop elegant button-like forms sculpted during atmospheric re-entry.

Muong Nong Tektites often reveal distinctive layered internal structures.

Libyan Desert Glass, while not universally classified as a true Tektite, displays beautiful golden-yellow transparency and remains one of the world's most fascinating natural impact glasses.

Because these materials formed under such extraordinary circumstances, natural inclusions, surface textures, flow structures, weathering features and subtle variations in colour are all expected and should be appreciated as evidence of their remarkable journey.

Authenticity is particularly important within this field. Glass imitations of Moldavite and Libyan Desert Glass, along with misidentified meteorites, are common in the marketplace. Understanding provenance and purchasing from knowledgeable, reputable sources helps ensure that the specimen you hold genuinely carries the story it claims to tell.

These natural characteristics are not imperfections.

They are nature's signature—written across billions of years, preserving collisions between worlds and reminding us that our own planet has always been part of a much larger cosmic story.

Every crystal has a story.

"The Cosmos is within us. We are made of star-stuff. We are a way for the universe to know itself."  - Carl Sagan