recursal/Fanatic-Fandom huggingface dataset:
Naya and the Legend of the Fire Temple

Naya, the chapaa with a coat of fiery fur, had always been captivated by the legends surrounding the Fire Temple. From the tales passed down by elders to the flickering flames of campfires, the allure of the temple's mysteries fueled her imagination since childhood. One day, as she roamed the enchanting landscapes of Palia, a letter arrived from Kael, a fellow adventurer off on his own quest.

In the letter, Kael mentioned a researcher who possessed valuable information about the Fire Temple of legend. He urged Naya to seek out Tau, the plumehound companion of a local Majiri hunter named Hassian. However, there was a catch – Hassian harbored a deep-seated hatred for chapaa, making Naya's task of contacting Tau a delicate endeavor.

Undeterred by the challenge, Naya approached Tau with cautious diplomacy. Through a series of subtle gestures and coded messages, she managed to convey Kael's message without arousing Hassian's suspicions. Tau, recognizing the importance of the Fire Temple quest, agreed to guide Naya through the treacherous journey that lay ahead.

As Naya and Tau ventured into the wild landscapes, they encountered the relentless pursuit of Hassian, who had caught wind of their quest and sought to put an end to it. Naya and Tau danced through the shadows, evading traps set by Hassian, all the while deciphering the puzzles that guarded the path to the legendary Fire Temple.

The journey led them through winding passages, hidden chambers, and ancient halls filled with mystical symbols. The atmosphere grew tense as Hassian closed in, driven by a mix of determination and disdain for chapaa.

Finally, they reached the heart of the Fire Temple, an altar surrounded by molten lava. As they gazed upon the sacred space, the air crackled with energy. To their astonishment, a kitsuu, a fiery fox-like creature thought to be mythical, appeared before them. Its eyes shimmered with ancient wisdom, and the air pulsed with a sacred energy.

Just as the trio marveled at the discovery, Hassian emerged from the shadows, aiming his bow at Naya. The tension hung thick in the air, but before Hassian could release his arrow, the kitsuu stepped forward, its fiery form shielding Naya. Hassian hesitated, unable to harm the sacred creature.

In that moment, a realization swept over Hassian. The chapaa were not the enemy he perceived, and the journey had opened his eyes to the beauty of Palia's diverse inhabitants. Lowering his bow, Hassian stood down, setting aside his deep-seated chapaa hatred.

The kitsuu, sensing the change in the air, approached Naya. A mystical bond formed between them, a connection that transcended words and understanding. With a nod from the kitsuu, Naya, Tau, and Hassian made their escape as the temple began to collapse around them.

The journey that started with a letter and a quest for a legendary temple concluded with newfound alliances and understanding. Naya and the kitsuu, bound by a mystical connection, embarked on adventures of their own, leaving behind the remnants of the Fire Temple and the echoes of an unlikely friendship that had blossomed amidst the flames of discovery.
Magic Muujin

Thorne, the intrepid muujin with a heart full of curiosity, found himself drawn to the lure of adventure once more after Lyra, the wise chapaa matriarch, shared a mesmerizing tale of a hidden treasure in the mysterious depths of Bahari Bay. Eager to unravel the secrets that lay beyond the horizon, Thorne set forth on a solo journey, his paws carrying him through enchanting landscapes and bustling towns.

As he approached a small town on the outskirts of Bahari Bay, whispers of the elusive treasure echoed through the air. The locals spoke in hushed tones about ancient legends and untold riches awaiting discovery. Thorne's excitement grew, and he couldn't resist the call of the unknown.

However, the muujin's quest took an unexpected turn when a group of humans, driven by greed and curiosity, discovered his presence. Thorne, swift and nimble, darted through the narrow alleys and winding streets, but the relentless pursuit showed no signs of abating.

Just when it seemed as though the humans would catch up, a young Majiri girl emerged from the shadows. With luminous purple skin and a determined gaze, she intercepted the pursuers, creating a diversion that allowed Thorne to slip away unnoticed. Grateful for her intervention, Thorne and the Majiri girl introduced themselves. Her name was Seraphina, and she harbored her own dreams of uncovering the mysteries that Bahari Bay held.

In their shared pursuit of the legendary treasure, Thorne and Seraphina faced challenges and obstacles that tested their mettle. They delved into hidden caves, deciphered ancient runes, and navigated treacherous terrains. Along the way, the bond between the muujin and the Majiri girl deepened, transforming their quest into a shared adventure.

One day, as they explored the outskirts of Bahari Bay, Thorne and Seraphina encountered a mystical tree with a trunk bathed in a soft, purple glow. Intrigued by the magical aura, Thorne decided to climb the tree. As he reached the highest branches, the radiant energy enveloped him once again. His fur transformed into a dazzling white, and he discovered the newfound ability to turn temporarily invisible.

With this newfound power, Thorne and Seraphina continued their quest with a renewed sense of wonder. They used Thorne's invisibility to outsmart challenges and sneak past obstacles, bringing them one step closer to the treasure that remained just out of reach.

Yet, as the journey unfolded, Thorne and Seraphina came to a profound realization. The true treasure wasn't a glittering hoard hidden in Bahari Bay's depths. Instead, it was the friendship they had forged, the shared laughter, the trust that had grown between them through trials and triumphs.

In the end, as the sun dipped below the horizon, casting a warm glow over the bay, Thorne and Seraphina stood together on the shores. Though the legendary treasure eluded them, they felt a deep satisfaction in the bond they had formed and the memories they had created along the way. Bahari Bay held its secrets close, but the real magic lay in the journey itself, and the friendship that had blossomed amidst the enchanting landscapes and the pursuit of the unknown.
The Tale of Sylas & Kael

Once upon a time, in a mystical forest hidden away from the prying eyes of humans, there lived two Chaapas named Kael and Sylas. These fox-like creatures were known for their cunning, agility, and their obsession with outsmarting each other in every possible way. They were inseparable rivals. One crisp autumn morning, a challenge was issued. Sylas, with his emerald-green eyes, and Kael, with his fiery orange fur, stood face to face under the towering ancient oak tree that served as their battleground. "Today, Kael," Sylas declared with a sly grin, "we settle this once and for all. Winner takes the ultimate trophy." Kael's tail flicked with anticipation as he agreed. "Agreed, Sylas. Prepare to lose." The duel began as the sun cast its warm rays through the thick foliage. The two Chaapas circled each other, their eyes locked in a fierce stare. It was a battle of wits, speed, and strategy. They dodged and weaved, striking like lightning, each trying to gain the upper paw. (edited)

Hours passed, and the forest was filled with the echoes of their battle cries. They were evenly matched, neither willing to give an inch. Finally, after a seemingly endless exchange of moves, Kael managed to outmaneuver Sylas, landing a precise strike that sent him tumbling to the forest floor. Kael stood victorious, panting heavily but exhilarated by his triumph. Sylas, with defeat in his eyes, accepted his fate. But it was not the end that troubled him; it was the price he had to pay. Kael approached Sylas and, with a solemn expression, uttered, "As the victor, I claim my prize." Sylas, though defeated, was a creature of honor. He extended his hands to Kael, who skillfully used his sharp claws to remove them, leaving Sylas without his forelimbs. It was a gruesome sight, but a pact was a pact. Kael took Sylas's severed hands and left him to tend to his wounds. He carried the grisly trophies back to his den and set to work, turning them into a pair of gloves. The process was intricate and disturbing, but Kael was determined to make the most out of his victory.

Days later, Kael emerged from his den, wearing the gruesome gloves made from Sylas's hands. The other Chaapas of the forest were horrified and awed by his macabre creation. Kael had earned his reputation as a cunning and ruthless rival, but at what cost? As for Sylas, he learned the hard way that pride and rivalry could lead to dire consequences. With his missing hands, he faced the harsh reality of the forest, relying on his cunning mind more than ever to survive. The tale of Kael and Sylas served as a cautionary story in the Chaapa folklore, a reminder of the dangers of letting rivalry consume one's soul. It was a story told to the young Chaapas, a stark reminder that victory at any cost could turn even the fiercest friends into the darkest adversaries.
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STEVE

In the enchanted world of Palia, where magical creatures roamed freely and mystical landscapes stretched far and wide, lived a rare and majestic species known as Sernuks. Among them was a special Sernuk named Steve, whose coat was as white as freshly fallen snow. Steve was unique not only for his color but also for possessing a magical ability that set him apart from the rest of his kind. He could teleport from one place to another in the blink of an eye, a power that bewildered and fascinated those who witnessed it. However, this extraordinary gift brought with it a great challenge. Humans in Palia, driven by greed and a desire for rare magical creatures, sought to capture Steve for his teleportation abilities. They believed that harnessing such a power could bring them unimaginable wealth and influence.

Steve, aware of the danger that lurked around every corner, became a wanderer, always on the move to evade those who hunted him. He would appear in one part of the forest, only to vanish and reappear somewhere else moments later, leaving his pursuers in frustration. One day, as Steve leaped gracefully through the dense woods, he stumbled upon a clearing where a pair of chapaa were engaged in an animated conversation. Sylas, a once proud and cunning chapaa, was now a mere shadow of his former self. His paws were bandaged, and the stumps where his hands had once been served as a stark reminder of his defeat at the hands of Kael. Kael, the other chapaa, was known for his exceptional agility and wit. The rivalry between the two had been legendary, culminating in a duel that left Sylas defeated and maimed. Now, Kael sat beside his former rival, a subtle sadness in his eyes as he gazed at the chapaa who had once been his equal.

As Steve observed the two chapaa, a plan formed in his mind. He knew that Kael's cunning mind could help him evade the relentless hunters. Approaching the pair cautiously, Steve shared his predicament with them, explaining the constant threat he faced from the humans. Kael, recognizing the value of Steve's teleportation ability, agreed to help. Together, the trio embarked on a journey to outsmart the hunters and preserve the magical wonders of Palia. Kael's clever strategies and Steve's teleportation prowess proved to be a formidable combination. They eluded the humans at every turn, leaving them bewildered and frustrated. In the process, Kael found a sense of purpose beyond his rivalry with Sylas, and Sylas, despite his handicap, discovered a newfound strength in camaraderie. As they traversed the enchanted world of Palia, the bond between the three grew stronger. Steve, once a solitary wanderer, now had loyal companions who helped him navigate the perils that lurked in the shadows. The trio's adventures became legendary, inspiring tales of friendship and resilience in the face of adversity across Palia.
Tellurium

***Sources & Ore to Ingot %***

File:Calaverite cm lg.png

**Calaverite Ore to Ingot - 33.66%**

File:Palladseite cm lg.png

**Palladseite Ore to Ingot - 11.86%**

File:Telluropalladinite cm lg.png

**Telluropalladinite Ore to Ingot - 5.77%**

File:Chalcopyrite cm lg.png

**Chalcopyrite Ore to Ingot - 0.02%**

In the same family as sulfur and selenium, tellurium also shares some of their unpleasant odour characteristics. Tellurium in its pure from is a brittle, silver-white metalloid, rarely found on planets. Oddly tellurium will burn in air and oxygen environments but is not affected by water. Tellurium makes a useful alloy with lead, to make it tougher, and with stainless steel and copper, to enhance their "machinability". Tellurium suboxide is used in the media layer of rewritable disks, and is also believed to be found in memory chips, galss production, and solar cells.
Dragon Puppet Wiki

**Welcome to the Dragon Puppet Wiki!**
A place for dragon puppeteers

We're a collaborative community website about dragon puppets that anyone, including you, can build and expand. Wikis like this one depend on readers getting involved and adding content. Click the "ADD NEW PAGE" or "EDIT" button at the top of any page to get started!

## Dragons and Puppeteers

PlaceholderA page about your topicPlaceholderA Main CharacterPlaceholderThe First EpisodePlaceholderAn Important LocationPlaceholderA Key EventPlaceholderA Crucial Item

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles

You can also be part of the larger Fandom family of communities. Visit Fandom's Community Central!

*Community Founders*: Write a good and paragraph-length description for your welcome section about your topic. Let your readers know what your topic is about and add some general information about it. Then you should visit the admin dashboard for more tips.
Cuby

*This article is currently protected to prevent vandalism or other actions and can only be edited by whoever has editing access. The reason this page has been protected is because this is the main character. And do I want vandals here on this page just freaking ruining the page? No. Not at all. So, vandals, if you are on this page, go find another wiki to vandalize and then blocked, you dumb IDIOTS..*
Stub!This page is a stub. You can make Kate happy by expanding the page.
Cuby is a demiboy cube who is the main character of the series.

## Main

### Gender

* Demiboy (current)
* Male (formerly)
Great auk

## Description

The Great Auk is a flightless bird related to Razorbills that lived in the North Atlantic which was 3 ft tall that had a black face with two white patches in front of it’s eyes which in the winter were replaced by the head being Black on top and white on the bottom. The Great Auk went extinct during the 1800’s because of over hunting for their feathers, meat and eggs.

## Range

Great Auks lived In the North Atlantic from Florida to Spain spending 10 months of the year out at sea only going to small isolated islands in the North Atlantic

## Diet

The Great Auk eats fish like Caplin, Menhaden and Crustaceans

## Life Cycle

The life of an Great Auk is unknown but they were sexually mature at four to seven years old
Emperor Penguin

## Description

The Emperor Penguin is the biggest living penguin in the world being at most 4.3 ft and one of the 2 penguins that live in Antarctica

## Range

Emperor Penguins live in Antarctica and only are found on sea ice during the breeding season. Most of the time Emperor Penguins are found in the Southern Ocean

## Diet

Emperor Penguins Eat Antarctic Sliverfish and Krill and Squid.

## Life Cycle

After 2 months of incubation an Emperor penguin hatches which is fed by the father’s crop milk.

When Emperor Penguins reach 5 months of age, they go into the ocean for the next 3 years.

After 3 years Emperor Penguins reach sexual maturity and they return to the sea ice and then live to 20 years old
Dovekie

## Description

The Dovekie is the smallest auk around the size of a grapefruit

## Range

Dovekies nest in the Arctic on coastal cliffs, in the rocky scree below the cliffs, on small rocky islands, and on nunataks

## Diet

Dovekies eat small fish and plankton they suck in water get their food an then spit out the water keeping the fish or plankton in

## Life Cycle

After 28 to 31 days a dovekie hatches and like many other seabirds the parents take turns feeding the babies.

When a Dovekie is 2 to 3 years of it reaches sexual maturity during the summer the face is completely black but in winter the lower half of the head and around the ears are white
Bismutotantalite

Bismutotantalite is a mouthful, but our guy "Dan the XCOM Man" does a pretty fine job of pronouncing it. (hit the voice box for a listen) Bismutotantalite Ore is a significant source of both tantalum and niobium, both of which are necessary for the fabrication of high level components. Even though Bismutotantalite forms deposits fairly deep beneath the crust, the aforementioned elements along with a decent spread of trace elements makes this composite material well worth the dig.
Fairy Penguin

## Description

The Fairy Penguin is the smallest penguin in the world 1.15 feet tall. It is also the only penguin to come onto land during the night time.

## Range

Fairy Penguins are only found in New Zealand and Australia Being found in the ocean by day but during night they are on land making their loud squeals and squeaky growls

## Diet

Fairy Penguins eat anchovies, pilchards and garfish. They feed in shallow waters, hunting for small fish, as well as diving to the sea floor for squid and krill.

## Life Cycle

After 40 days Fairy Penguins hatch they are fed at night time when their parents return to shore.

When the penguin is 3 weeks old It leaves for the ocean

When a Fairy Penguin is 8 weeks old it is Sexually mature
Diving Birds Wiki

**Welcome to the Diving Birds Wiki!**
Info about Aquatic birds that plunge underwater

We're a collaborative community website about Diving Birds that anyone, including you, can build and expand. Wikis like this one depend on readers getting involved and adding content. Click the "ADD NEW PAGE" or "EDIT" button at the top of any page to get started!

## Important articles

PlaceholderA page about your topicPlaceholderA Main CharacterPlaceholderThe First EpisodePlaceholderAn Important LocationPlaceholderA Key EventPlaceholderA Crucial Item

*Need help building out this community?*

* Rules of this wiki
* Getting Started
* How to Contribute
* Managing your new community
* Guides
* All Help articles

You can also be part of the larger Fandom family of communities. Visit Fandom's Community Central!

*Community Founders*: Write a good and paragraph-length description for your welcome section about your topic. Let your readers know what your topic is about and add some general information about it. Then you should visit the admin dashboard for more tips.
Neodymium

***Sources & Ore to Ingot %***

File:Monazite cm lg.png

**Monazite Ore to Ingot - 13.76%**

File:Pyrochlore cm lg.png

**Pyrochlore Ore to Ingot - 2.82%**

File:Kentbrooksite cm lg.png

**Kentbrooksite Ore to Ingot - 1.15%**

File:Fluorapatite cm lg.png

**Fluorapatite Ore to Ingot - 0.36%**

File:Pyrite cm lg.png

**Pyrite Ore to Ingot - 0.16%**

File:Zircon cm lg.png

**Zircon Ore to Ingot - 0.13%**

File:Uraninite 01 ForAxisXZ cm lg.png

**Uraninite Ore to Ingot - 0.08%**

File:Titanite cm lg.png

**Titanite Ore to Ingot - 0.07%**

File:Thorite cm lg.png

**Thorite Ore to Ingot - 0.07%**

File:Cerite cm lg.png

**Cerite Ore to Ingot - 0.02%**

Neodymium is a soft silvery, metallic element. It is used in magnets - alloyed with other metals can make a magnet that is more powerful than those produced from any other substance.
Rutheniridosmine

Osmium has only one reliable source - Rutheniridosmine ore. Technically one could obtain trace amounts from Ruthenarsenite however if particle accelerators are the objective then Rutheniridosmine is going to be sourced. Thankfully, finding this ore on planets is relatively easy and, in fact can be acquired in large amounts on Alien, Pertam and Triton.
Talented Singers Wiki

**Welcome to the Talented Singers Wiki!**

## The Voice Season 24

### Team Legend

1. Lila Forde
2. Mac Royals
3. Azan
4. Kristen Brown
5. Taylor Deneen
6. Kaylee Shimizu
7. Brandon Montel
8. Caleb Sasser
9. Deejay Young
10. Willie Gomez
11. Ephraim Owen
12. Talakai
13. JaRae Womack

### Team Gwen

1. Grand Bias
2. Tanner Massey
3. Kara Tenae
4. Rudi
5. Stee
6. Lennon VanderDoes
7. Jason Arcilla
8. Corii
9. Jenna Marquis
10. Chechi Sarai
11. Claire Heillig
12. Joslynn Rose
13. Juliette Ojeda
14. Calla Prejean
15. Eli Ward

### Team Niall

1. Huntley
2. Mara Justine
3. Nini Iris
4. Claudia B,
5. Julia Roome
6. Alexa Wildish
7. Olivia Minogue
8. Olivia Eden
9. Sophia Hoffman
10. Brailey Lenderman
11. Lvndr
12. Laura Williams
13. Reid Zingale

### Team Reba

1. Ruby Leigh
2. Jacquie Roar
3. Jordan Rainier
4. Ms,Monet
5. Noah Spencer
6. Tom Nitti
7. Alison Albrecht
8. Elizabeth Evans
9. Rachele Nguyen
10. Caitlin Quisenberry
11. Al Boogie
12. Dylan Carter
13. Angelina Nazarian
14. Crystal Nicole
15. Jackson Snelling

## The Voice Season 23

### Team Kelly

1. D. Smooth
2. Holly Brand
3. Cait Martin
4. Ali
5. Neil Salsich
6. Marcos Covos
7. Katie Beth Forkis
8. Allie Keck
9. Sheer Element
10. JB Somers

### Team Chance

1. Sorelle
2. Ray Uriel
3. Kala Banham
4. Jamar Langley
5. Manasseh Samone
6. Tiana Goss
7. Magnus
8. NariYella
9. Chloe Abbott
10. Mariah Kaila
11. Alyssa Lazer

### Team Niall

1. Gina Miles
2. Ryley Tate Wilson
3. Ross Clayton
4. Michael B.
5. Tasha Jessen
6. Kate Cosentino
7. Jerome Godwin
8. EJ Michaels
9. Laura Littleton
10. Talia Smith

### Team Blake

1. Grace West
2. Novias
3. Rachel Christine
4. Mary Kate Connor
5. Kylee Dayne
6. Walker Wilson
7. Kason Lester
8. Carlos Rising
9. Alex Whalen
Heat Sink

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 2 x Template:Copper
* 1 x Template:Thermal Paste
 Base Production Time: 2 Seconds

* 20 x Template:Copper
* 10 x Template:Thermal Paste
 Base Production Time: 10 Seconds

* 200 x Template:Copper
* 100 x Template:Thermal Paste
 Base Production Time: 50 Seconds
Selenium

***Sources & Ore to Ingot %***

File:Cadmoselite cm lg.png

**Cadmoselite Ore to Ingot - 14%**

File:Chalcopyrite cm lg.png

**Chalcopyrite Ore to Ingot - 0.02%**

Despite its shiny appearance, selenium is in fact, a non metal. Selenium is a member of group 16, and is kin to sulfur and tellurium. If you know someone suffering from particularly bad breath and/or body odor, instead of demanding they close their helmet visor, you may want to put a word in their ear about selenium. Selenium is an essential element for humans, requiring 65-75 micrograms every 24 hours, however over doing it will cause the side effects mentioned above.
Sodium

***Sources & Ore to Ingot %***

File:Halite cm lg.png

**Halite Ore to Ingot - 33%**

File:Fontarnauite cm lg.png

**Fontarnauite Ore to Ingot - 1.25%**

File:Kentbrooksite cm lg.png

**Kentbrooksite Ore to Ingot - 0.82%**

File:Ice 02 cm lg.png

**Brine Ore to Ingot - 0.62%**

File:Spodumene cm lg.png

**Spodumene Ore to Ingot - 0.13%**

File:Titanite cm lg.png

**Titanite Ore to Ingot - 0.07%**

File:Beryl cm lg.png

**Beryl Ore to Ingot - 0.07%**

File:Halite cm lg.png

**Quartz Ore to Ingot - 0.06%**

Elements such as gold may steal the limelight visually, but a humble compound such as sodium chloride (table salt) is more important in our daily life. Salt is one of our five main tastes (the other four being sweet, sour, savory, and bitter) and this is why we crave it so much. Sodium, like potassium, is an electrolyte and therefore essential for the transmission of nerve impulses and osmotic balance (the regulation of fluid levels in the body). The recommended intake of salt for an adult is no more than 1.5 grams per 24 hours. Pure sodium is a soft, silvery white metal, which is highly reactive and which oxidizes rapidly when cut. Sodium compounds are a fundamental part of industry, needed for the production of soap, glass, paper, and textiles. Sodium hydroxide is an important alkali in the use of unblocking drains, and has less mundane uses as a coolant in the core of nuclear reactors.
Borcarite

Borcarite (not to be confused with Boracite) produces a healthy amount of hydrogen which could be used to resupply H2 tanks when other sources are unavailable. If the only deposits of Borcarite you find are 100+ meters deep it may be worth to continue looking, because more favorable deposits can be discovered just under the surface as well.
Xenon

***Sources & Ore to Ingot %***

File:IceEuropa cm lg.png

**Europa Ice Ore to Ingot - 2%**

Liquid Xenon is easy to obtain if only a visit to it's only known source is in order: Europa. Xenon is required for high-tiered components like quantum drive,fusion chamber and flux capacitor. This has in turn made Europa a necessary destination for any faction wishing to construct many higher-tier ship systems.
Calaverite

Calaverite is going to be critical for sourcing gold ingots and will be necessary for the scaling up of industries and to begin mass production of electrical components. Large deposits can be found on Earth and Titan however, don't be surprised is hostile factions show up wishing to take the spot for themselves.

 Tellurium | Template:Tellurium | 151.47
 Gold | Template:Gold | 26.53
Palladium

***Sources & Ore to Ingot %***

File:Telluropalladinite cm lg.png

**Telluropalladinite Ore to Ingot - 42.78%**

File:Palladseite cm lg.png

**Palladseite Ore to Ingot - 28.69%**

File:Rutheniridosmine cm lg.png

**Rutheniridosmine Ore to Ingot - 0.17%**

File:Ruthenarsenite cm lg.png

**Ruthenarsenite Ore to Ingot - 0.09%**

Palladium is a lustrous, silvery white metal, which is so malleable that, like gold, it can be beaten into leaves as thin as a micrometer. Palladium plays an important role in catalytic converters, oxidizing and reducing toxic chemicals into less harmful substances. The element is also used in electronics in multi-layer ceramic capacitors (electronic components that store electric charge), which are one of the most widely used forms of capacitor found in computers, and broadcast devices.
Fusion Chamber

## ***Production Info***

### Classification

**Advanced
Electrical**

## ***Trade Data***

### Drop Probability

**0.3**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 1 x Template:Scandium
* 1 x Template:Superconductor
* 1 x Template:Particle Accelerator
* 1 x Template:Reactor
 Base Production Time: 10 Seconds

* 10 x Template:Scandium
* 10 x Template:Superconductor
* 10 x Template:Particle Accelerator
* 10 x Template:Reactor
 Base Production Time: 50 Seconds

* 100 x Template:Scandium
* 100 x Template:Superconductor
* 100 x Template:Particle Accelerator
* 100 x Template:Reactor
 Base Production Time: 250 Seconds
Nitrogen

***Sources & Ore to Ingot %***

File:AlienIce 03 cm lg.png

**Ammonium Hydroxide Ore to Ingot - 48%**

File:Soil cm lg.png

**CHON Ore to Ingot - 5.87%**

File:Green2 cm lg.png

**Mulch Ore to Ingot - 5.87%**

File:AlienIce cm lg.png

**CHON Ore to Ingot - 5%**

File:AlienSnow cm lg.png

**AlienOrganic Hydrocarbons Ore to Ingot - 4.1%**

File:MarsSoil 01 ForAxisXZ cm lg.png

**Mars Soil Ore to Ingot - 2.28%**

File:Coal cm lg.png

**Coal Ore to Ingot - 0.12%**

Nitrogen-based compounds crop up frequently in the history of explosives. That's because they tend to want to release their nitrogen back into gas form extremely rapidly - along with large quantity of heat. Nitrogen is also a useful "inert" atmosphere that prevents damage caused by oxygen. For example, edibles stored in a sealed (not necessarily refrigerated) box of nitrogen will keep for up to two years. Liquid nitrogen serves as a decent coolant with also a great base for "hydrazine" rocket fuel however a proper process has yet to be developed for mass production.
Bulb

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 2 x Template:Glass
* 1 x Template:Tungsten
 Base Production Time: 4 Seconds

* 20 x Template:Glass
* 10 x Template:Tungsten
 Base Production Time: 20 Seconds

* 200 x Template:Glass
* 100 x Template:Tungsten
 Base Production Time: 100 Seconds
Vanadium

***Sources & Ore to Ingot %***

File:Iron 02 ForAxisXZ cm lg.png

**Ilmenite Ore to Ingot - 1.04%**

File:Germanite cm lg.png

**Germanite Ore to Ingot - 0.91%**

File:Coffinite cm lg.png

**Coffinite Ore to Ingot - 0.9%**

File:Pyrite cm lg.png

**Pyrite Ore to Ingot - 0.14%**

File:Wulfenite cm lg.png

**Wulfenite Ore to Ingot - 0.13%**

File:Titanite cm lg.png

**Titanite Ore to Ingot - 0.08%**

File:Pitchblend cm lg.png

**Pitchblend Ore to Ingot - 0.07%**

In pure form, it is a hard, shiny, silvery metal and the formation of an oxide layer in O2 rich environments provide resistance to corrosion. It has been discovered that when alloyed with steel, vanadium makes the alloy significantly stronger and lighter however it has yet to be integrated into currently existing schematics. Vanadium has also been shown to play a role in enabling larger calibre guns to be possible thanks to the strength improvements when used as ferrovanadium in steel alloys. Due to the complexity of proper integration more research must be done before adding it into current schematics.
Solar Cell

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 3 x Template:Arsenic
* 1 x Template:Glass
* 2 x Template:Copper Wire
 Base Production Time: 3 Seconds

* 30 x Template:Arsenic
* 10 x Template:Glass
* 20 x Template:Copper Wire
 Base Production Time: 15 Seconds

* 300 x Template:Arsenic
* 100 x Template:Glass
* 200 x Template:Copper Wire
 Base Production Time: 75 Seconds
Scandium

***Sources & Ore to Ingot %***

File:Kentbrooksite cm lg.png

**Kentbrooksite Ore to Ingot - 0.99%**

File:Monazite cm lg.png

**Monazite Ore to Ingot - 0.63%**

File:Zircon cm lg.png

**Zircon Ore to Ingot - 0.13%**

File:Thorite cm lg.png

**Thorite Ore to Ingot - 0.05%**

Scandium is spread very thinly across the system; in contrast to elements like gold and iron, which have relatively concentrated images. Needing such large volumes of ore has resulted in this element only being mass produced by established factions, with potential monopolies destined to rule the markets. Adding just a tiny amount to aluminum can result in a metal with improved strength and mechanical application when compared to just aluminum alone.
Fuse

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 1 x Template:Glass
* 0.5 x Template:Aluminum
* 0.25 x Template:Silver
 Base Production Time: 6 Seconds

* 10 x Template:Glass
* 5 x Template:Aluminum
* 2.5 x Template:Silver
 Base Production Time: 30 Seconds

* 100 x Template:Glass
* 50 x Template:Aluminum
* 25 x Template:Silver
 Base Production Time: 150 Seconds
Sulfur

***Sources & Ore to Ingot %***

File:Sulfur cm lg.png

**Sulfur Ore to Ingot - 90%**

File:Realgar cm lg.png

**Realgar Ore to Ingot - 25.48%**

File:Pyrite cm lg.png

**Pyrite Ore to Ingot - 24.32%**

File:Cinnabar cm lg.png

**Cinnabar Ore to Ingot - 18%**

File:Cadmoindite cm lg.png

**Cadmoindite Ore to Ingot - 17.84%**

File:Chalcopyrite cm lg.png

**Chalcopyrite Ore to Ingot - 17.28%**

File:Orpiment cm lg.png

**Orpiment Ore to Ingot - 16.96%**

File:Indite cm lg.png

**Indite Ore to Ingot - 15.74%**

File:Sphalerite cm lg.png

**Sphalerite Ore to Ingot - 11.99%**

File:Germanite cm lg.png

**Germanite Ore to Ingot - 9.89%**

File:Cobaltite cm lg.png

**Cobaltite Ore to Ingot - 7.77%**

File:Coal cm lg.png

**Coal Ore to Ingot - 3%**

File:MarsSoil 01 ForAxisXZ cm lg.png

**Mars Soil Ore to Ingot - 1.47%**

File:Fontarnauite cm lg.png

**Fontarnauite Ore to Ingot - 1.16%**

File:Ice 03 cm lg.png

**Mineral Ice Ore to Ingot - 0.07%**

Stink bombs, smelly feet, bad breath - many of the systems most offensive smells are caused by sulfur. Sulfur can exist in different forms: powder, crystal, and as a rubbery solid; the yellow orthorhombic crystalline form will store best in your inventory. Its chemistry is complex, due to the different oxidization states in which it can exist. Sulfur is a very important element to have on hand due to its need in most ammo fabrication.
Uranium

***Sources & Ore to Ingot %***

File:Coffinite cm lg.png

**Coffinite Ore to Ingot - 3.01%**

File:Uraninite 01 ForAxisXZ cm lg.png

**Uraninite Ore to Ingot - 18.45%**

File:Pitchblend cm lg.png

**Pitchblend Ore to Ingot - 18.42%**

File:Pyrochlore cm lg.png

**Pyrochlore Ore to Ingot - 6.72%**

File:Monazite cm lg.png

**Monazite Ore to Ingot - 2.9%**

File:Huttonite cm lg.png

**Huttonite Ore to Ingot - 0.33%**

File:Zircon cm lg.png

**Zircon Ore to Ingot - 0.06%**

The most infamous of all the chemical elements, radioactive, chemically toxic and an incredible power image that brings light and energy into the biggest of our ships. The two main naturally occurring isotopes of uranium are U-235 and U-238 but it's the U-235 isotope that's needed for nuclear fission. Before naturally mined uranium can be used as a fuel it must go through a process known as "enrichment" to increase it's concentration of U-235 - usually to above three percent.

 Plutonium Activation
100 x
Plutonium Ingot
0.1 x Template:Plutonium
Chamosite

Nothing of value comes from Chamosite yet it could serve useful if one is caught running short of oxygen while on planets lacking an oxygenated environment. Chamosite Ore is primarily sourced from the surface of the red planet-Mars but can still be found other planets and, at times, can even be found on asteroids.
LED

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 2 x Template:Aluminum Wire
* 1 x Template:Indium
* 1 x Template:Gallium
* 1 x Template:Nitrogen
* 1 x Template:Copper
* 1 x Template:Phosphorus
 Base Production Time: 1 Seconds

* 20 x Template:Aluminum Wire
* 10 x Template:Indium
* 10 x Template:Gallium
* 10 x Template:Nitrogen
* 10 x Template:Copper
* 10 x Template:Phosphorus
 Base Production Time: 5 Seconds

* 200 x Template:Aluminum Wire
* 100 x Template:Indium
* 100 x Template:Gallium
* 100 x Template:Nitrogen
* 100 x Template:Copper
* 100 x Template:Phosphorus
 Base Production Time: 25 Seconds
Magnesium

***Sources & Ore to Ingot %***

File:Magnesium 01 ForAxisXZ cm lg.png

**Magnesium Ore to Ingot - 9.2%**

File:Ice 03 cm lg.png

**Mineral Ice Ore to Ingot - 5.71%**

File:Boracite cm lg.png

**Boracite Ore to Ingot - 5.6%**

File:Columbite cm lg.png

**Columbite Ore to Ingot - 3.14%**

File:MarsRocks 01 ForAxisXZ cm lg.png

**Chamosite Ore to Ingot - 2.63%**

File:Iron 02 ForAxisXZ cm lg.png

**Ilmenite Ore to Ingot - 0.83%**

File:Borcarite cm lg.png

**Borcarite Ore to Ingot - 0.56%**

File:Cerite cm lg.png

**Cerite Ore to Ingot - 0.51%**

File:Spodumene cm lg.png

**Spodumene Ore to Ingot - 0.15%**

File:Titanite cm lg.png

**Titanite Ore to Ingot - 0.09%**

File:Thorite cm lg.png

**Thorite Ore to Ingot - 0.08%**

File:Beryl cm lg.png

**Beryl Ore to Ingot - 0.07%**

File:Halite cm lg.png

**Quartz Ore to Ingot - 0.05%**

File:Rhodochrosite cm lg.png

**Rhodochrosite Ore to Ingot - 0.05%**

Magnesium is essential for almost all plants playing an essential role in photosynthesis. It is the central ion of chlorophyll, the green pigment that allows plants to use light to convert carbon dioxide and water into glucose/energy and oxygen. A good supply of magnesium is also essential for a number of key processes in the body. Magnesium is the fourth most abundant trace element in the body - 60% of which is used to maintain bone structure. The remainder is required for more than 300 biochemical reactions, including those supporting nerve, muscle, and heart function, the regulation of blood sugar levels, the release of energy from food, and protein synthesis. The element is highly flammable when it is in the form of a ribbon or powder, but as a more solid mass it is very difficult to ignite. This, combined with its strength and lightness when alloyed with aluminum makes it a great choice for applications when needing strength, while also taking weight into consideration.
Cadmoindite

Cadmoindite ore will provide significant amounts of sulfur, indium and cadmium when refined. Of which, indium being a necessary element in the fabrication of thrust components an important part in space transport systems.

 Sulfur | Template:Sulfur | 84.75
 Indium | Template:Indium | 59.33
 Cadmium | Template:Cadmium | 34.61
Kate

Stub!This page is a stub. You can make **Kate** happy by expanding the page.*This article is currently protected to prevent vandalism or other actions and can only be edited by whoever has editing access. The reason this page has been protected is because this page has been vandalized by an infamous vandal before.*
Katelyn ''Kate'' Oaks is a female character in this wiki, and she is also a cannibal.
Indium

***Sources & Ore to Ingot %***

File:Cadmoindite cm lg.png

**Cadmoindite Ore to Ingot - 12.59%**

File:Indite cm lg.png

**Indite Ore to Ingot - 11.02%**

File:Cadmoindite cm lg.png

**Cassiterite Ore to Ingot - 0.42%**

File:Sphalerite cm lg.png

**Sphalerite Ore to Ingot - 0.11%**

File:Chalcopyrite cm lg.png

**Chalcopyrite Ore to Ingot - 0.008%**

Indium may not be a common name around the shipyard, but it has become an important element in this branch of engineering. This soft, lustrous, silvery metal of group 13 shares properties with it's upper and lower neighbors, gallium and thallium. Indium has seen uses in high-performance engines, found to be a suitable coating for the bearings of moving parts. It is also in high demand due to indium tin oxide - a important compound used in computer and LCD screens. This compound is a transparent conductor of electricity that allows signals be sent to individual pixels on the screen without blocking light from other pixels. Indium is also added to other metals, producing strong, hard alloys, some of which have been used to solder metal joints to add protection against thermal fatigue.
Halite

Halite is also known as salt, NaCl to be exact and the elements of (Na) and (Cl) are all pretty much all your going to get from it. It is practically everywhere and not hard to find, though for some reason, the Moon seems to a bit saltier then the other planetary bodies.

 Sodium | Template:Sodium | 148.49
 Chlorine | Template:Chlorine | 148.00
 Iron | Template:Iron | 0.23
 Iodine | Template:Iodine | 0.15
Departure from Eden Wiki

Departure from Eden is a Space Engineers mod based on a previous project called Edens Wrath Engineering.

**Welcome to the Departure from Eden Wiki!**
Departure from Eden (DFE) is a mod developed for Space Engineers introducing a total element count of 72 along with 101 ores separated into 15 Pure Ores, 52 Composite Ores, 15 Extractive Ores and 7 Ice Ores. The mod also has 162 total components to build with, 4 gases that you can store in tanks and 7 different power sources.

We're a collaborative community website about Departure from Eden that anyone, including you, can build and expand. Wikis like this one depend on readers getting involved and adding content. Click the "ADD NEW PAGE" or "EDIT" button at the top of any page to get started!

## Important articles

PlaceholderCategory APlaceholderCategory BPlaceholderCategory CPlaceholderCategory DPlaceholderCategory EPlaceholderCategory FPlaceholderCategory GPlaceholderCategory H
## Project Documentation

Want to go into more depth and learn more about Departure from Eden?

Entire DFE Mod on a Spreadsheet: https://docs.google.com/spreadsheets/d/1KSwcbq3zEXFw7Fa7cf2-5wAmyJlmfemAO0DCSchfe7M

Dev Team Document: https://docs.google.com/document/d/1A\_hgz6IK9zuN6TF8MGtwtw2m3VGShmYF3YlX-cPwE8Y/edit#heading=h.v08co1fek23k

Shared Google Docs Folder: https://drive.google.com/drive/folders/1LLqTk3QaS\_8-oS631j7rwyEFMIlMHFfL

## Want to support the project?

https://gofund.me/6758fc2e

https://www.patreon.com/DepartureFromEden

If you see this, your JavaScript might be disabled or DiscordIntegrator plugin isn't working. If the latter, please contact a wiki administrator.
Rhodochrosite

Rhodochrosite is the primary source of manganese by a significant margin, followed by columbite with a 2.68% ore to ingot ratio. Manganese Ingots will be necessary for the fabrication of chromium steel - a necessary alloy in the production of brazing rods. For this reason, Rhodochrosite ore is rather valuable and being found at shallow depths, makes this a prime material for mining faction to make their cash from.
Lanthanum

***Sources & Ore to Ingot %***

File:Chromite cm lg.png

**Chromite Ore to Ingot - 4.02%**

File:Kentbrooksite cm lg.png

**Kentbrooksite Ore to Ingot - 1.1%**

File:Monazite cm lg.png

**Monazite Ore to Ingot - 0.43%**

File:Thorite cm lg.png

**Thorite Ore to Ingot - 0.02%**

Lanthanum is the first in a sequence of 15 chemical elements known collectively as the lanthanides. The lanthanides are sometimes known as the "rare earth metals", although this is now an obsolete term. When they were first discovered on earth-like, these elements were rare compared to the other metals found at the time.
Neon

***Sources & Ore to Ingot %***

File:AlienIce cm lg.png

**Alien Ice Ore to Ingot - 1.41%**

Liquid Neon is only obtained from Alien Ice which is only found on the Alien-Like planets surface. Therefore any engineer wishing to construct a Jump Drive or Micro Drive will first need to make the journey to Alien-Like.

Neon may be a colorless gas under standard conditions, but when a high voltage is applied to a tube filled with neon, it creates a dazzling red-orange glow. Neon is used in vacuum tubes, lasers, and high-voltage switching gears. Liquefied neon can maintain a temperature as low as -411ºF (-246ºC) and as a result could potentially be used for efficient refrigerant for very low temperatures.
Copyright Turkey

The Copyright Turkey is a Turkey introduced in episode 35. He arrests people who use copyrighted material without the owner's permission. He has lights inside him that he can turn on and off. When he needs to arrest somebody, he turns his lights on. After Alex sand The Gummy Bear Song and Axel F without permission, the Copyright Turkey chased after Alex. After the chase, Alex agreed to make original content.
Carbon

***Sources & Ore to Ingot %***

File:AlienIce cm lg.png

**CHON Ore to Ingot - 2.75%**

File:AlienIce cm lg.png

**Methane Hydrate Ore to Ingot - 8.73%**

File:AlienSand cm lg.png

**Alien Sand Ore to Ingot - 17.08%**

File:Soil cm lg.png

**Soil Ore to Ingot - 51%**

File:MoonSoil 01 ForAxisXZ cm lg.png

**Regolith Ore to Ingot - 33.48%**

File:AlienSoil cm lg.png

**Alien Soil Ore to Ingot - 20.52%**

File:Green2 cm lg.png

**Mulch Ore to Ingot - 51%**

File:Borcarite cm lg.png

**Borcarite Ore to Ingot - 2.45%**

File:AlienGreenGrass cm lg.png

**Alien Mulch Ore to Ingot - 23.94%**

File:Chaoite cm lg.png

**Chaoite Ore to Ingot - 66.24%**

File:Coal cm lg.png

**Coal Ore to Ingot - 48.64%**

File:Graphite cm lg.png

**Graphite Ore to Ingot - 82%**

File:Rhodochrosite cm lg.png

**Rhodochrosite Ore to Ingot - 2.56%**

File:MoonRocks 01 ForAxisXZ cm lg.png

**Anorthite Ore to Ingot - 2.16%**

File:AlienRockyTerrain cm lg.png

**Alien Rocks Ore to Ingot - 2.04%**

File:Sylvite cm lg.png

**Sylvite Ore to Ingot - 0.08%**

Carbon is one of the most important elements in the system because of it's rich spectrum of potential chemical compounds. Carbon is a tetravalent atom meaning it can bond with up to four other atoms simultaneously, enabling it to form over 20 million different chemical compounds.
Quantum Processor

## ***Production Info***

### Classification

**Advanced
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 70 x Template:Krypton
* 64 x Template:Fiber Optic Wire
* 32 x Template:Solder
* 15 x Template:Thallium
* 7 x Template:Electrum
* 6 x Template:Vanadium
* 1 x Template:Graphene Plate
 Base Production Time: 8 Seconds

* 700 x Template:Krypton
* 640 x Template:Fiber Optic Wire
* 320 x Template:Solder
* 150 x Template:Thallium
* 70 x Template:Electrum
* 60 x Template:Vanadium
* 10 x Template:Graphene Plate
 Base Production Time: 40 Seconds

* 7 000 x Template:Krypton
* 6 400 x Template:Fiber Optic Wire
* 3 200 x Template:Solder
* 1 500 x Template:Thallium
* 700 x Template:Electrum
* 600 x Template:Vanadium
* 100 x Template:Graphene Plate
 Base Production Time: 200 Seconds
Orpiment

Orpiment ore is a prime source of arsenic which has extensive uses in electronic components. Orpiment is a common and abundant composite material and will be easy to find amongst the planetary bodies.

 Arsenic | Template:Arsenic | 117.50
 Sulfur | Template:Sulfur | 106.00
 Tin | Template:Tin | 3.50
 Germanium | Template:Germanium | 3.35
 Mercury | Template:Mercury | 1.27
Transformer

## ***Production Info***

### Classification

**Advanced
Electrical**

## ***Trade Data***

### Drop Probability

**0.2**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 50 x Template:Coil
* 10 x Template:Mineral Spirits
* 10 x Template:Aluminum Plate
* 1 x Template:Power Supply
* 1 x Template:Steel Rod
 Base Production Time: 6 Seconds

* 50 x Template:Coil
* 10 x Template:Mineral Spirits
* 10 x Template:Aluminum Plate
* 1 x Template:Power Supply
* 1 x Template:Steel Rod
 Base Production Time: 30 Seconds

* 50 x Template:Coil
* 10 x Template:Mineral Spirits
* 10 x Template:Aluminum Plate
* 1 x Template:Power Supply
* 1 x Template:Steel Rod
 Base Production Time: 150 Seconds
PCB

## ***Production Info***

### Classification

**Basic
Electrical**

## ***Trade Data***

### Drop Probability

**0.1**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 6 x Template:Glass
* 1 x Template:Copper
 Base Production Time: 3 Seconds

* 60 x Template:Glass
* 10 x Template:Copper
 Base Production Time: 15 Seconds

* 600 x Template:Glass
* 100 x Template:Copper
 Base Production Time: 75 Seconds
Camera

## ***Production Info***

### Classification

**Advanced
Electrical**

## ***Trade Data***

### Drop Probability

**0.2**

***Standard Fabrication***

### Neutron Collider

File:Red X Icon.png

***Mass Production***

### MassChemical Reactor

File:Red X Icon.png

* 8 x Template:Diode
* 4 x Template:Resistor
* 4 x Template:Detector
* 1 x Template:Glass
 Base Production Time: 5 Seconds

* 80 x Template:Diode
* 40 x Template:Resistor
* 40 x Template:Detector
* 10 x Template:Glass
 Base Production Time: 25 Seconds

* 800 x Template:Diode
* 400 x Template:Resistor
* 400 x Template:Detector
* 100 x Template:Glass
 Base Production Time: 125 Seconds