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Beyond: Solar System Banner
Beyond: Milky Way Banner

Beyond is a bubble universe focusing mainly on astronomical objects. After years of development and several postponements, it was released on November 2, 2021.

Overview[]

Beyond is the second of the main simulations, focused on astronomical exploration. It is independent of the main simulation and has its own generators and traits. Its currencies are Stardust StardustStardust, Dark Matter Dark MatterDark Matter, and Constellation Fragments Constellation FragmentsConstellation Fragments.

The Beyond expansion was released in multiple phases.

  • The first phase features the Sol system (our solar system), including celestial bodies such as planets and asteroids.
  • The second phase features the Milky Way Galaxy and will include the other remarkable astronomical objects in the Observable Universe (currently in beta).

In the future, there may be later phases covering topics like the history of humanity's initial studies of astronomy and journeys into space, and explorations of how humans may expand their reach into the solar system in the near future.

It is unknown how the expansion ties into the overarching story of the game and how it is related to Semblance's goals.

Production[]

Announcement & Early Production[]

While the expansion was first announced in 2018, but significant research and development didn't begin until late 2019. The production was delayed due to the COVID-19 pandemic, which forced employees to switch to the work-from-home model, disrupting workflow. The longer-than-expected development of the Mammal Kingdom expansion also contributed to the delay.

Computer Lunch's official roadmap, released at the end of 2020, places the release of the first phase of Beyond in the first half of 2021, and indicates that the expansion will feature Astronomy, 3D Planets, and a new Solar System Garden. Later updates in the summer of 2021 indicated a possible release date in August or September.

In the first few months of 2021, Computer Lunch has also featured more information about the development of the Beyond in their monthly Twitch livestreams. A January post on the official Cell to Singularity subreddit gave players an update on the development team's progress and the possible content of the expansion, including some behind-the-scenes photos and screenshots of the in-production expansion.

Beta Test & Release[]

The global event on November 2nd, 2021, the release date of the Beyond.

Beyond was released into the first rounds of closed beta testing in around May or June of 2021, which was limited to a small number of players. In July, the Beyond entered open beta testing available on Steam, Android, and iOS Testflight, with players able to opt in or to apply to join.

On November 2nd, 2021, Beyond was released. On that day, a global event happened where players had to accelerate a solar system-like star 500,000,000 times. The event was completed on November 3rd, 2021, enabling all players, except Kindle Fire users, to access the Beyond.

Story[]

Celestial Phenomena[]

After purchasing The Milky Way upgrade in the Primary Simulation, a node known as Celestial Phenomena will appear. Tapping on it 200 times will unlock the Beyond, with each tap having a really small chance to give DarwiniumDarwinium Darwinium.

Quote Log[]

Objective No. Intro Outro
Intro

"Life is like a fire, sparked by chance lightning. In the right conditions, it could catch light and spread, or smolder and extinguish. Perhaps this has happened elsewhere, countless times. Perhaps only the once. One day this Sun will die. Must our flame go out, too? Or can we send embers out to the cosmos, to some place where terrestrial life can burn anew? I must expand my simulation to explore the possibility."

Phase 1: Solar System
1

"To understand how Earth began, I need to grasp the origins of the solar system. Now there is only a diffuse molecular cloud, but this formless matter will give rise to the Sun and the planets."

None
2

"Just as the planets orbit the Sun, many planets are in turn orbited by one or more moons. I can add further detail to my simulation by studying these natural satellites. Our large, solitary moon, torn from Earth in a violent collision, seems to be special. Do other moons have similarly dramatic histories, or is ours truly unique?"

None
3

"The way to the outer solar system is through the Asteroid Belt. So many moving bodies, so many forces and trajectories to calculate. One of these tumbling rocks was the doom of Earth's dinosaurs. Any one might yet become another missile hurtling toward our fragile planet. I will continue the search for another home."

"Beyond the inner terrestrial planets, we pass into the realm of the gas giants. These behemoths sweep in long orbits through great swaths of space, attended by many moons. Each of these worlds will provide a new data point for my simulations, further revealing the shape of the possibility space."

4

"I feel a compelling pull toward the first of the outer planets, the massive almost-star—an intriguing case study. With just a small increase in mass, stellar ignition might have occurred, and this would have been a binary star system. So much depends on extremely fine-tuned initial conditions. One slight alteration could yield wildly different outcomes for the entire solar system, the planets—and us."

None
5

"Jupiter and its moons (some as big as planets) are like a solar system in miniature. The gas giant draws around itself an entourage of orbiting worlds. On these moons we can find mountains, volcanoes, lakes, oceans, and many other familiar, yet alien, environments. Perhaps we might even make homes there someday, before setting out farther."

None
6

"Saturn hangs in space like an ethereal yellow jewel, circled by golden rings and glittering icy moons. Here I will find a cascade of data to enrich my simulation. I can appreciate the aesthetic beauty of these vistas, just as I can appreciate the mathematical beauty of the information they yield."

None
7

"Moving deeper through the outer solar system, everything seems to extend and slow. The distances from planet to planet stretch longer, the light of the Sun grows fainter, the hold of its gravity lessens. Ahead, icy worlds await us."

None
8

"Only one planet remains to visit: a cold, dark ice giant, the Sun's most distant sentinel. Once we add this last world to our model, our collection of planets will be complete."

"I am racing out into the darkness, leaving the Sun and the planets behind. Every moment brings us farther from the source of energy and life, and deeper into the unknown. I am straining the limits of my training data, all collected from the vantage point of Earth. Confronted with novel conditions beyond all prior experience, I must extrapolate from what I know in order to keep the simulation coherent."

9

"Beyond Neptune's orbit, I am detecting at least one other small body, maybe more… Have we really found all the planets? But this seems no bigger than a moon. Perhaps it requires a different classification. I must make a close observation to gather more data, and update my model accordingly."

None
10

"The nomads of the solar system sweep wide arcs around the Sun, drawn in by its gravity but never staying long. They visit us for only a moment on their thousand-year journey. This time, we shall pay them a visit, since our way out passes through their territory."

None
11

"What inhabits the outer edge of known space? In the broad circumstellar disc, resembling the Asteroid Belt on a much grander scale, orbits stretch and deform, and dwarf planets take on strange shapes. Very few of these objects have been properly catalogued. Let us meet the eccentric denizens of the sprawling outskirts."

None
12

"Every boundary we cross brings us farther from the Sun, but we have some distance yet to go before we escape its influence. Wrapped in its magnetic fields, solar winds at my back, I continue out toward the stars. How far does the Sun's reach extend, and what lies beyond?"

None
13

"On a distant planetoid, ambling along an orbit so eccentric and wide that it crosses into interstellar space, years last millennia. Carbon-based lifeforms struggle to grasp such timescales. But I could spend many orbits in those far reaches, where civilizations might rise and fall before I could celebrate the turn of a single year."

None
14

"All indications point to the existence of an unseen planet in the far reaches of the solar system. I must include an additional body in my calculations to account for gravitational effects on other objects in the region. But without external confirmation of its presence, it will remain only a shadow in a simulation."

"With all the inner and outer regions of the solar system described, there remains the encompassing cloud of planetesimals, and beyond that, the infinite expanse of interstellar space. The distances we have still to cross are orders of magnitude beyond what we have logged so far. With each iteration I increase both scale and resolution simultaneously, modeling an ever-larger region in ever-finer detail. I wonder if this could continue indefinitely, until my simulation is an exact replica of the universe?"

15

"Between us and deep space lies a field of icy bodies enveloping us like an immense shell. The trillions of objects it contains confound my computational abilities. But I will do my best to grasp and model the dynamics of this confounding region."

None
16

"Leaving the solar system behind at last, we are confronted with the stark nothingness of the interstellar void. But the void is not truly empty. The interstellar medium fizzes with trace gases, dust particles, and background radiation. Even in deepest space, there is always something to catch the interest of a questing and curious mind."

None
17

"A mere four light years from the Sun, the trinary stars of Alpha Centauri beckon. Here I will seek the means of sustaining our civilization. Will I find energy and resources? A habitable home? A stepping-stone to the rest of the galaxy? The cosmos awaits!"

"With your assistance, I have finally fulfilled my goal of simulating the entire solar system. The information we have collected is already yielding new insights and revealing possibilities I had not conceived of before. And yet, this is only one of 100 billion star systems in one of 2 trillion galaxies in the universe. There is still so much more to discover. Let us continue the search for new habitats—beyond our home star—where life may continue."

Phase 2: Milky Way
18

"The Sun, Earth’s star, is an only child. The Alpha Centauri system boasts a trio of star siblings, all different. The more stars I meet, the more I wonder at their variety. Red and blue, dim and brilliant, compact and immense. What shapes the life of a star?"

"For a star, it seems, mass is destiny. Size matters, but matter matters more. Variations in solar mass give rise to the whole range of size, brightness, color, and form. Can these differences also determine what a star will ultimately become?"

19

"Like living organisms, stars are born, they age…and they eventually die. Before that, as their fuel runs low, do they burn less fiercely or shine less brightly? Get a little wider around the middle? How do stars grow old?"

"Stars can change drastically in the course of their lives. Their second act might look quite different from the first. Some go out with a bang in the end, while others linger on longer than the universe is old. And some even leave gifts of star dust to the universe, seeding new stars and planets."

20

"The number of stars in the galaxy is vast—but the number of planets is far greater. Eight planets whirl around our Sun, but only one Earth. What are the chances that other stars host habitable worlds like Earth among their many planets? The only way to know is to go looking for them."

"So many planets are fascinating to visit but would make terrible homes: too hot, too cold, drenched in radiation, or prey to a voracious cannibal. All with a fatal flaw. Among all these strange worlds, is there one that’s tuned just right for life? I will adjust my parameters and continue the search."

21

"There is one planet known to support life: Earth. And it won’t persist forever. To find another, the best way may be to focus my search on worlds resembling Earth that are at a cozy distance from a stable star, where life could thrive for a good while. Extrapolating from current data, I estimate the number of such planets in the Milky Way Galaxy to exceed 40 billion. Let’s get started."

"Life depends on so many factors: the right composition, a healthy mix of stability and chaos, and another variable—luck. No planet has yet demonstrated all the criteria. But with so many candidates and more data incoming, some are bound to be habitable—or inhabited. As a planet-by-planet search has proved inefficient, I will take a wider view. We must attempt to simulate the entire lifecycle of planetary systems."

22

"I have traced the lives of stars from youth to old age, but I have not yet considered where this course ultimately leads. To complete the picture, I must observe stars in death. What awaits a star at the inevitable end?"

"The colorful, glowing clouds of planetary nebulae make striking grave markers for stars long since extinguished. Any death—even of an inanimate entity like a star—seems a regrettable waste of potential. Still, there is important knowledge—and a curious beauty—to be found in contemplating these mysterious remains."

23

"In living ecosystems, the death of old organisms often completes a necessary cycle that yields a bounty of new material. Perhaps stars are not so different. Going out in a supernova blaze of glory, what legacy might the greatest stars leave behind?"

"In a supernova, all the material the star fused throughout its life is cast out into the cosmos. These catastrophic explosions are the only known source of these heavy elements—including necessary building blocks for life. In a strange kind of afterlife, dust from an ancient star may even end up as part of the body of a living being somewhere…like you."

24

"Not all nebulas are graveyards, marking the remnants of stars long past. Some are nurseries, cosmic cradles where new stars are birthed in dense clusters with many siblings. It is difficult to predict what might emerge from such chaotic beginnings. I must take a closer look."

"The life of a star is not just a straight line from nursery to graveyard. In a continuing cycle, death leads back to new life. What if, like the stars, life too suffuses the universe, arising, dying, and being reborn, on repeat? It might mean that life could never be truly extinguished. It would always carry on, somewhere. But at present, that is only a hypothesis. Further analysis is needed."

25

"My simulation now encompasses a great many planets and stars. But they are isolated data points, lacking context. Zooming out to a greater scale, a new form emerges: Our galaxy. The Milky Way. And at the center is something I cannot yet resolve clearly. Drawing me in."

"We have traversed and mapped the structures of the Milky Way: the spiral arms, the bar, the bulge. I have modeled the parts, but they form and move in response to forces I do not yet comprehend. Everything points to the center of the galaxy. What lurks in that mysterious core?"

26

"At the center of our galaxy is an attractor of such immense power that the laws of time and space break down. If I were to heed its irresistible pull, would I find any useful knowledge there? Or only certain doom? I must find out. Even if it stretches my simulation to the limit and breaks every rule I know."

"Sagittarius A* is a monster of stupendous scale, a ravenous, star-eating beast. And yet, its gravity is the force that binds the Milky Way and keeps its stars whirling together. Without this dark heart beating at our core, we would not be here."

27 [BETA]

"From its whirling spiral arms to its hungry dark heart, my model of the Milky Way Galaxy is complete. And yet it is not complete. I can perceive the jostles and jolts of unaccounted forces from the outside, throwing off my projections. Other galaxies, throwing their weight around? What else is out there to contend with?"

"The old rule holds: mass is destiny. Large galaxies dominate, and small ones are swallowed up. The Milky Way is big, but Andromeda is bigger. And we are headed for an all-consuming embrace. Together, we will become even more formidable. Such is the power of attraction."

28 [BETA]

"Galaxies merge to become bigger and stronger. Growth feeds growth. Drawn together, they travel in packs. The packs, too, converge. What are we all rushing toward?"

"In a universe in motion, there’s no such place as home. Our cosmic address isn’t a location so much as a relationship. A crowd we’re running with. Flocking away from nothing, toward wherever the action is."

29 [BETA]

"Does space look the same everywhere? It is difficult to see from the inside. Many forms and features repeat across the tiniest and the largest scales. As below, so above. But with enough data, from a more distant vantage, will entirely new patterns appear?"

"Warped by powerful attractors, space ushers matter into a distinct pattern on enormous scales. The cosmos is a foamy web of clusters and threads of galaxies wrapped around ever-expanding voids. Like a bubble bath. A comforting image—but baths grow cold, and bubbles pop. Just what kind of tub are we in?"

30 [BETA]

"To look farther into the cosmos is to look deeper into the past. The most distant objects we see are not merely very far away—they are images from a much younger universe. A curious form of time travel, like flipping to the first pages of an old photo album. How far back can we go?"

TBA

Game Mechanics[]

Generator Rank Up[]

When the player purchases certain amount of generator, the generator will be able to rank up. Ranking up a generator triples its production, and gives trait cards, Dark Matter, Darwinium, or Constellation Fragments.

The current maximum generator rank is 20.

Super Charge[]

Occasionally, a Super Charge will be available on random generator (the generator node will have a purple glow). When the player activates it, the generator produces more Stardust for a short time (the generator node will have a yellow glow). Sometimes the player is given an option of quintupling the Super Charge, making the charge 5x more efficient, by using Darwinium or watching an ad (mobile only).

Upgrade Universe[]

After completing all requirements, the requirements tab in the game will change to 'Upgrade Universe' tab, giving the player an option to restart the simulation and proceeds to a new rank. When the player clicks it, the camera pans out from the latest unlocked generator in garden, telling the player the current objective is completed. After the rank's outro, the player is given either a Yellow Dwarf or a Neutron Star, and the Simulation Level is increased by 1. Each rank of the Beyond increases the speed of the Primary Simulation by 1 + (rank / 100) (which can be increased by Reality Engine upgrades). For example, rank 1 gives a 1.01x multiplier, rank 2 gives 1.02x, rank 3 gives 1.03x, and so on.

Constellations[]

Constellations are a power-up mechanic that provides buffs to the Beyond. Constellations have to be fully unlocked by using Constellation Fragments to provide the boost. The Zodiac Constellations are unlocked at rank 3, the others unlock 1-3 at a time starting at rank 18. For more information, see Constellations.

Astronomy Missions[]

Astronomy missions are a game mechanic that provides Dark Matter, Red Dwarfs, White Dwarfs, and Constellation Fragments through the research.

Name Rank Duration(hh: mm: ss) Reward
Dark Matter I 2 00:15:00 Dark MatterDark Matter 25
Dark Matter II 3 01:00:00 Dark MatterDark Matter 50
Dark Matter III 4 03:00:00 Dark MatterDark Matter 100
Dark Matter IV 5 12:00:00 Dark MatterDark Matter 200
Dark Matter V 7 24:00:00 Dark MatterDark Matter 300
Dark Matter VI 9 72:00:00 Dark MatterDark Matter 500
Red Dwarf I 2 18:00:00 1 Red Dwarf
Red Dwarf II 8 15:00:00 1 Red Dwarf
Red Dwarf III 14 12:00:00 1 Red Dwarf
Constellation I 18 72:00:00 Constellation FragmentsConstellation Fragments 1-3
White Dwarf I 22 24:00:00 1 White Dwarf
White Dwarf II 26 36:00:00 1 White Dwarf

Galactic Nursery[]

In the power-up section of the Beyond, there are Young Stars and Advanced Stars which can be obtained through ads (mobile only), Darwinium and Infinity pass. They give trait cards, Dark Matter, Darwinium, and Constellation Fragments. For more information, see Galactic Nursery.

Achievements[]

Icon Name Description Requires
Achievement We Have Lift-off We Have Lift-off You've discovered a new branch of evolution! Exploring outer space will open new possibilities for the simulation. Celestial Phenomena
Achievement Only Eight Only Eight You've discovered all of the planets in our solar system. Studying these celestial bodies gives us insight into our own - and other - planets. Neptune
Achievement To Infinity... and Beyond! To Infinity... and Beyond! You've left our solar system behind. By journeying to this new star system, we can learn more about the vast cosmos. Alpha Centauri

Generators[]

Icon Name Description Base Cost Base Production Base Charge Time Requires
Sun Icon Sun Earth's home star is the center of our solar system, the point around which all celestial objects orbit. It shines its light on each of the eight planets, and its warmth is essential for all life on Earth. StardustStardust 10 StardustStardust 2 5 s
Mercury Icon Mercury Mercury is the smallest planet in the solar system, as well as the closest to the Sun. With its rocky grey surface, thin atmosphere, and small size, Mercury could easily be mistaken for a moon StardustStardust 60 StardustStardust 64 40 s Sun
Venus Icon Venus Venus's scorching, dense, unbreathable atmosphere makes it the hottest planet in the solar system. One of the brightest objects in Earth's night sky, it can be seen with the naked eye. StardustStardust 600 StardustStardust 659 103 s Mercury
Earth Icon Earth Earth is the only planet in our solar system known to be hospitable to life, making it truly unique. The deep seas and green landmasses teem with living creatures. StardustStardust 6,000 StardustStardust 5,380 168 s Venus
Moon Icon Moon Our moon orbits the Earth and formed from debris after the young planet collided with another celestial object. It lights up our night sky and controls the ocean's tides. StardustStardust 2.40e6 StardustStardust 15,000 13 s Rank 2
Earth
Mars Icon Mars The fourth planet from the Sun and Earth's nearest neighbor, Mars is often called the Red Planet because of its ruddy color. It stands out brightly in the night sky, inspiring humans to wonder if it might be home to alien life. StardustStardust 80,000 StardustStardust 30,300 316 s Earth
Asteroid Belt Icon Asteroid Belt The Asteroid Belt is a field of small, rocky bodies floating in the space between Mars and Jupiter. Jupiter's immense gravity prevents these asteroids from coming together to form a planet, keeping them in a scattered orbit. StardustStardust 1.44e8 StardustStardust 6.75e7 586 s Rank 3
Mars
Ceres Icon Ceres Discovered in 1801, Ceres was the first asteroid to be identified by humans. Today, it is the smallest recognized dwarf planet and the largest object in the Asteroid Belt. StardustStardust 2.16e9 StardustStardust 1.07e9 774 s Rank 3
Asteroid Belt
Vesta Icon Vesta Vesta is the second largest object in the Asteroid Belt. It has an irregular shape, and a rocky surface covered in craters. StardustStardust 8.64e10 StardustStardust 1.18e10 609 s Rank 3
Asteroid Belt
Jupiter Icon Jupiter Jupiter is the largest planet in the solar system. It is made of hydrogen and helium gas and has no solid surface. Constant storms in Jupiter's atmosphere create stripes and bands of swirling color. StardustStardust 2.59e11 StardustStardust 9.64e11 1990 s Rank 4
Asteroid Belt
Io Icon Io Io is a rocky, icy moon with intense geological activity. It has active volcanoes that belch plumes of sulfur, mountains taller than any found on Earth, and lava flows that turn the moon's surface yellow. StardustStardust 2.07e12 StardustStardust 8.71e9 9 s Rank 5
Jupiter
Europa Icon Europa Europa has the smoothest surface of any solid object in the solar system, evidence of a possible liquid ocean under its surface. Combined with its thin oxygen atmosphere, this suggests that there may be microscopic life on Europa. StardustStardust 2.07e13 StardustStardust 6.68e10 23 s Rank 5
Jupiter
Ganymede Icon Ganymede Ganymede is not only the largest Galilean moon, but also the largest moon in the entire solar system—bigger even than the planet Mercury. It has a thin oxygen atmosphere and its own magnetic field. StardustStardust 2.49e14 StardustStardust 4.64e11 32 s Rank 5
Jupiter
Callisto Icon Callisto Callisto, the fourth Galilean moon, has a heavily cratered surface. It is the only one of the Galilean moons not exposed to high levels of radiation, making it a possible candidate for future human settlement. StardustStardust 3.73e15 StardustStardust 4.53e12 78 s Rank 5
Jupiter
Saturn Icon Saturn Saturn is often called the Jewel of the Solar System because of its unique and beautiful appearance. Composed mostly of gas, Saturn is known for the visually striking rings that encircle the planet. StardustStardust 2.99e16 StardustStardust 6.89e15 4950 s Rank 6
Jupiter
Titan Icon Titan Saturn's largest moon, Titan, is also the only moon in the solar system with a dense atmosphere and stable bodies of liquid on its surface. The subterranean oceans beneath its frozen surface may contain microbial life. StardustStardust 3.58e17 StardustStardust 5.16e14 74 s Rank 6
Saturn
Enceladus Icon Enceladus Enceladus has an icy, highly reflective surface. It is covered in geysers, hinting at hydrothermal activity or even an ocean that could harbor nutrients and organic molecules. StardustStardust 5.37e18 StardustStardust 2.09e14 5 s Rank 6
Saturn
Uranus Icon Uranus Cloudy blue Uranus is the seventh planet from the Sun. Isolated, cold, and windy, Uranus has a small ring system and many moons. With a mostly liquid surface, it's one of the least dense planets in the solar system. StardustStardust 1.61e21 StardustStardust 2.5e19 1410 s Rank 7
Saturn
Neptune Icon Neptune Neptune is a cold, dark blue planet nearly 30 times as far from the Sun as Earth. Taking 164.8 years to orbit the Sun, Neptune is the only planet in the solar system not visible from Earth without a telescope. It is the farthest planet from the Sun. StardustStardust 6.45e23 StardustStardust 3.2e21 2770 s Rank 8
Uranus
Triton Icon Triton Triton is the largest moon of Neptune and one of the solar system's few geologically active moons. It may once have been a dwarf planet in the Kuiper Belt before being captured by Neptune's orbit. StardustStardust 2.7e25 StardustStardust 3.1e20 3 s Rank 8
Neptune
Pluto Icon Pluto Once classified as the ninth planet in our solar system, Pluto is a rocky dwarf planet that orbits beyond Neptune. Some scientists theorize that Pluto may have a subsurface ocean. StardustStardust 3.3e27 StardustStardust 5e25 4160 s Rank 9
Neptune
Shoemaker-Levy 9 Icon Shoemaker-Levy 9 Discovered circling Jupiter in 1993, Shoemaker—Levy 9 was the first comet to be observed orbiting a planet. When it collided with Jupiter in 1994, it became the first comet ever to be observed crashing into a planet's surface. StardustStardust 2.72e28 StardustStardust 1.95e25 34 s Rank 10
Halley's Comet Icon Halley's Comet The only comet regularly visible to the naked eye, Halley’s Comet travels past Earth once every 75 years. Its appearances have been recorded since 240 BC. It last passed by Earth in 1986 and is scheduled to be seen again in 2061. StardustStardust 8.26e30 StardustStardust 1.1e28 809 s Rank 10
Shoemaker-Levy 9
Hale-Bopp Icon Hale-Bopp Comet Hale-Bopp was visible with the naked eye for a record-breaking 18 months in 1996—1997. It was one of the brightest comets ever seen by humans, and the most widely observed comet in the 20th century. StardustStardust 1.13e32 StardustStardust 8.23e29 2560 s Rank 10
Halley's Comet
Kuiper Belt Icon Kuiper Belt Out beyond Neptune, the Kuiper Belt is a disk made of gas, dust, asteroids, and other small objects, called planetesimals, floating in space—like the Asteroid Belt, but nearly 20 times larger. It is home to most dwarf planets in the solar system StardustStardust 5.06e34 StardustStardust 1.17e30 14 s Rank 11
Haumea Icon Haumea Named after the Hawaiian goddess of fertility, Haumea is an oval dwarf planet with two “daughters,” the moons Namaka and Hai'iaka. Close in size to Pluto, it rotates once every 4 hours—one of the fastest spinners in the solar system. StardustStardust 3.48e36 StardustStardust 3.03e34 3040 s Rank 11
Kuiper Belt
Makemake Icon Makemake Makemake is a cold dwarf planet found in the Kuiper Belt. It is the second brightest trans-Neptunian object after Pluto. It has a red surface and one orbiting moon. StardustStardust 7.72e38 StardustStardust 5.63e36 3290 s Rank 11
Haumea
Eris Icon Eris One of the largest dwarf planets in our solar system and the farthest from the Sun, Eris is named for the Greek goddess of discord and strife. A day on Eris is about the same length as a day on Earth. StardustStardust 2.43e40 StardustStardust 4.64e38 6010 s Rank 11
Makemake
Heliosphere Icon Heliosphere The heliosphere is the region in space that surrounds the Sun. It is continuously inflated by solar wind and protects the solar system from cosmic rays. Its outermost region, the heliopause, is the boundary between our solar system and interstellar space. StardustStardust 2.94e43 StardustStardust 3.33e40 1420 s Rank 12
Pluto
Sedna Icon Sedna An icy red planetoid far beyond the orbit of Neptune, Sedna takes 11,400 years to orbit the Sun. It is named after the Inuit goddess of the Arctic seas. StardustStardust 5.67e46 StardustStardust 3.77e44 2350 s Rank 13
Heliosphere
Planet X Icon Planet X Scientists observing the outer edge of the solar system have long theorized that there may be a ninth planet past the orbit of Neptune. Its gravitational pull could explain the clustered orbits of many small trans-Neptunian objects. StardustStardust 1.07e50 StardustStardust 3.67e47 2870 s Rank 14
Sedna
Hills Cloud Icon Hills Cloud The Hills Cloud is the inner part of the Oort Cloud. While comets with orbits of less than 200 years come from the Kuiper Belt, comets with longer orbits—ranging from 200 to 2,000 years—originate in the Hills Cloud. StardustStardust 1.42e52 StardustStardust 3.01e48 92 s Rank 15
Planet X
Oort Cloud Icon Oort Cloud The Oort Cloud is a field of small icy celestial objects thought to exist at the far reaches of the solar system. It surrounds the bubble of the heliosphere, and is the bridge between our solar system and interstellar space. StardustStardust 2.21e54 StardustStardust 2.19e51 1910 s Rank 15
Hills Cloud
Alpha Centauri Icon Alpha Centauri Alpha Centauri is the closest solar system to our own. 4.37 light years from our Sun, it consists of three stars and at least two exoplanets. StardustStardust 5e57 StardustStardust 3.14e55 6500 s Rank 17
Oort Cloud
Barnard's Star Icon Barnard's Star Just 6 light years from the Sun, Barnard’s Star is a red dwarf, small and dim. It's in the main sequence stage of life, which means its core is fusing hydrogen into helium. Main sequence stars are stable and range in color, size, and shine, depending on their mass. StardustStardust 5.61e63 StardustStardust 1.36e60 131 s Rank 18
Tau Ceti Icon Tau Ceti About 12 light years from Earth, Tau Ceti is a sunlike star of medium size and mass in the main sequence. Like the Sun, it’s a solitary yellow dwarf, and it even has at least four earthlike planets in orbit. About one in 10 Milky Way stars are yellow dwarfs. StardustStardust 4e65 StardustStardust 6.82e63 1620 s Rank 18
Barnard's Star
Sirius Icon Sirius Sirius is a pair of oddball stars. Sirius A is blue—the brightest, most massive, and rarest star type in the main sequence. Sirius B was born a blue star but is now a white dwarf, a compact star that spent its hydrogen fuel and left the main sequence long ago. StardustStardust 6e67 StardustStardust 3.71e66 4330 s Rank 18
Tau Ceti
Polaris Icon Polaris Like most stars, Polaris spent 90% of its life in the main sequence. It exited that stage when the core’s hydrogen ran out. Now, Polaris Aa, the top star in a triple system, is fusing helium atoms in its core. That energy boost swelled the star into a yellow supergiant. StardustStardust 2e70 StardustStardust 1.5e69 2100 s Rank 19
Rigel Icon Rigel The life of a mega-mass star is short and dazzling. Rigel A is a blue supergiant ruling over three main sequence stars. It’s young, just 8 million years old, and white hot. The star burns so brightly that it blinds Earth’s telescopes—even from 860 light years away. StardustStardust 6.64e72 StardustStardust 3.58e71 3589 s Rank 19
Polaris
Arcturus Icon Arcturus Arcturus offers a sneak peek into the Sun’s future. Once a young yellow dwarf, it’s now a geriatric 7.1-billion-year-old red giant. The star’s mass hasn’t changed much, but its girth is 25 times bigger. The surface is brighter than the Sun, but cooler. StardustStardust 3.67e74 StardustStardust 5.19e72 1767 s Rank 19
Van Maanen's Star Icon Van Maanen's Star Van Maanen is a dying white dwarf that’s two-thirds the mass of the Sun and just 1% of its size. The helium atmosphere has a puzzling supply of heavy elements—iron, magnesium, and calcium. They might be the dust of a planet crushed by the superdense star’s gravity. StardustStardust 1.23e77 StardustStardust 6.26e73 76 s Rank 19
Fomalhaut's Ring Icon Fomalhaut's Ring Fomalhaut A, a young blue star, is just starting its planetary family. The telltale sign is a clearly defined ring of rotating matter, part of a dusty disk nicknamed Eye of Sauron. The ring formed as rocks grew massive enough to pull loose debris into tight formation. StardustStardust 3.89e79 StardustStardust 1.16e79 1281 s Rank 20
WASP-12b Icon WASP-12b The parent star of WASP-12b is a yellow dwarf, like the Sun, but it is ripping its child to pieces. The planet orbits so closely that powerful tidal forces from the star’s gravity warp it into an odd egglike shape called a Roche lobe. StardustStardust 8.7e81 StardustStardust 1.28e78 60 s Rank 20
Fomalhaut's Ring
Awohali Icon Awohali Awohali is a Neptune-sized planet that hugs a red dwarf in close orbit. There, ice meets fire. Heat from the star and from strong tidal forces inside Awohali melt and vaporize rock and ice. The debris forms a shiny halo and a long tail behind the planet, like a comet. StardustStardust 2.75e82 StardustStardust 2.13e79 120 s Rank 20
WASP-12b
Kepler-70b Icon Kepler-70b After surviving its star’s red giant phase, Kepler-70b emerged as a small, rocky core of its former self—about the size of Earth. Its surface is hotter than our Sun, soft and molten. The planet is slowly evaporating as it orbits a dim, dying parent star every 4.8 hours. StardustStardust 4.96e84 StardustStardust 1.55e81 2030 s Rank 20
Awohali
Janssen Icon Janssen Designated 55 Cancri e, Janssen is a super-Earth that orbits a sunlike star far too closely for life to exist. What’s intriguing is its extreme density. The planet is twice the size of Earth, but 9 times more massive. That means it’s terrestrial, but made of what? StardustStardust 1.87e85 StardustStardust 7.99e80 48 s Rank 20
Kepler-70b
Enaiposha Icon Enaiposha Enaiposha is a warm super-Earth with hazy skies lit by the rosy glow of a red dwarf. Three times bigger and 8 times more massive than Earth, the planet’s density means a chunk of it must be lighter than rock but heavier than gas. Very likely, Enaiposha is a water world. StardustStardust 2.74e87 StardustStardust 8.17e83 15 s Rank 21
Janssen
Kepler-186f Icon Kepler-186f Kepler-186f is almost Earth’s twin—just a tad bigger and denser. It orbits at a life-friendly distance, well beyond four scorched siblings that are too close to their star. Its composition and atmosphere are unknown, a data gap for Webb and other telescopes to fill. StardustStardust 1.17e90 StardustStardust 1.44e86 129 s Rank 21
Enaiposha
TRAPPIST-1 System Icon TRAPPIST-1 System Seven rocky worlds orbit the solo star TRAPPIST-1, shining like moons in each other’s skies. Three planets are in the habitable zone, and all seven could have water. The orbital plane is flat and stable, with circular paths, like Earth’s. But there are perils. StardustStardust 8.98e82 StardustStardust 1.77e91 4066 s Rank 21
Kepler-186f
Helix Nebula Icon Helix Nebula At the heart of this cloud glows a dead red giant, the immediate afterlife of a medium-mass star like our Sun. After core fusion shut down, the star began shedding gas, forming a planetary nebula. “Planetary” is a misnomer—the nebula is all about that dead red star. StardustStardust 6.95e94 StardustStardust 2.87e92 760 s Rank 22
TRAPPIST-1 System
Cat's Eye Nebula Icon Cat's Eye Nebula Beautiful and complex, all the gas in the Cat’s Eye Nebula amounts to only 1% of the Sun’s mass. It includes rare ionized nitrogen and double-ionized oxygen (atoms stripped of two electrons). One mystery is why this young planetary nebula is swirling so swiftly. StardustStardust 3.26e96 StardustStardust 9.8e92 20 s Rank 22
Hourglass Nebula Icon Hourglass Nebula The Hourglass Nebula defies explanation. A small hourglass nests in a large one, but the dead star isn't at the center of either one. Two inner rings circle the eye at right angles. But why? If there’s a binary star, it wouldn’t account for this one-of-a-kind shape. StardustStardust 8.3e98 StardustStardust 1.3e95 80 s Rank 22
Crab Nebula Icon Crab Nebula In the constellation Taurus, the remnant of a supernova explosion marks the death of a high-mass star. The beautiful Crab Nebula is 10 light years across and still growing. Working backward from its rate of expansion, the year of the star’s death was 1054. StardustStardust 6.52e101 StardustStardust 5.5e99 20 s Rank 23
Crab Pulsar Icon Crab Pulsar Near the heart of the Crab Nebula is the core of its exploded star, reborn. The Crab Pulsar, a neutron star, packs 1.5 solar masses into a ball as wide as a city, rotating 30 times per second. Its tiny size and immense density keep this energetic orb from flying apart. StardustStardust 7.18e103 StardustStardust 2.78e99 20 s Rank 23
Crab Nebula
Carina Nebula Icon Carina Nebula Carina Nebula isn’t a supernova remnant. It’s a supernova factory, aglow and abuzz with young, massively energetic stars and towering pillars of ionized gas and dust. This complex cloud is bigger than most and 15 times brighter than the famous Orion Nebula. StardustStardust 7.5e105 StardustStardust 1.08e103 230 s Rank 23
Cygnus X-1 Icon Cygnus X-1 In 1971, the Uhuru satellite tracked X-ray bursts that were strong, uneven, and very short. Their brevity meant the unseen source was smaller than Earth’s moon. Their pattern ruled out a pulsar. Cygnus X-1 became the first verified black hole. It’s paired with a star. StardustStardust 6.2e108 StardustStardust 6.5e105 2042 s Rank 23
Eagle Nebula Icon Eagle Nebula It’s not the remnant dust of a faded or exploded star. Instead, the much larger Eagle Nebula formed from cold interstellar gas that condensed into O stars—the hot, blue kind. Thousands of them strip the ions from nearby gas molecules, setting the clouds aglow. StardustStardust 7.55e111 StardustStardust 6e109 7000 s Rank 24
Pillars of Creation Icon Pillars of Creation Rocketed to fame by a Hubble Space Telescope image, these twisting columns of gas and dust rise 4 to 5 light years inside the Eagle Nebula. Their theatrical glow is courtesy of a nearby star cluster, whose UV energy is gradually eroding the tops of the pillars. StardustStardust 1e114 StardustStardust 4e109 300 s Rank 24
Eagle Nebula
Orion Nebula Icon Orion Nebula Hanging below Orion’s blue-starred belt, three dim stars make up his sword, which carries the sheen of a nebula. Ancient Maya called this shiny cloud the “cosmic fire of creation.” And they were right: the Orion Nebula is the nearest stellar nursery to Earth. StardustStardust 3e115 StardustStardust 1.2e113 1344 s Rank 24
Horsehead Nebula Icon Horsehead Nebula A small, dark nebula, like the Horsehead, is a nursery bustling with star births. Here’s why: the cloud is super dense with grains that block the light behind it, and that dense matter can easily clump into protostars that form stars. StardustStardust 5.4e117 StardustStardust 6.8e114 1500 s Rank 24
Orion Nebula
Orion Spur Icon Orion Spur The Milky Way stretches horizon to horizon across our night sky, a bright smear streaked with a Dark Rift. Our view is from a spur of stars within the galaxy. We're halfway between the core and the rim—each about 26,000 light years away. StardustStardust 8e121 StardustStardust 3.1e116 350 s Rank 25
Perseus Arm Icon Perseus Arm Named for the constellation it appears in from Earth, Perseus is one of two major arms that spiral out from the galactic core. This may surprise you: spiral arms and stars don’t travel in sync. Stars speed into an arm, get jammed up there for a time, and then move out. StardustStardust 6.4e122 StardustStardust 1.07e118 240 s Rank 25
Omega Centauri Icon Omega Centauri A dense ball of 10.5 million stars, Omega Centauri is the biggest and brightest of about 200 globular clusters in the galaxy. The average distance between its stars is just one tenth of a light year—about as close as the inner Oort Cloud is to the Sun. StardustStardust 1.71e123 StardustStardust 1.04e120 8600 s Rank 25
Galactic Bulge Icon Galactic Bulge The central bulge is a sphere containing the galactic bar. Most stars are in the disk, but the bulge is so dense with them that their planets could never experience night. With density comes chaos, and these mostly old stars zip around in unpredictable orbits. StardustStardust 2.6e124 StardustStardust 3e121 3000 s Rank 25
Galactic Nucleus Icon Galactic Nucleus Sagittarius A, the nucleus of the bulge, churns with jam-packed clusters of old red giants, dotted with young supergiant and Wolf-Rayet stars. Those new stars are mystifying. Savage tidal forces, caused by an overwhelming gravitational pull, should prevent their birth. StardustStardust 4e126 StardustStardust 8e121 800 s Rank 26
Sagittarius A* Icon Sagittarius A* The supermassive black hole in the pit of the Milky Way is real and has a name: Sagittarius A star (Sgr A* for short). With a mass of 4.3 million Suns, it could fit inside Mercury’s orbit. No light escapes its grip, but images show EM emissions from matter orbiting it. StardustStardust 2.66e128 StardustStardust 1.2e122 12 s Rank 26
TBA Milky Way Galaxy TBA StardustStardustTBA StardustStardustTBA TBA Rank 27
TBA Sagittarius Dwarf Galaxy TBA StardustStardustTBA StardustStardustTBA TBA Rank 27
TBA Large Magellanic Cloud TBA StardustStardustTBA StardustStardustTBA TBA Rank 27
TBA Triangulum Galaxy TBA StardustStardustTBA StardustStardustTBA TBA Rank 27
TBA Andromeda Galaxy TBA StardustStardustTBA StardustStardustTBA TBA Rank 27
TBA Virgo Supercluster TBA StardustStardustTBA StardustStardustTBA TBA Rank 28
TBA Centaurus A Group TBA StardustStardustTBA StardustStardustTBA TBA Rank 28
TBA Virgo Cluster TBA StardustStardustTBA StardustStardustTBA TBA Rank 28
TBA Messier 87 Galaxy TBA StardustStardustTBA StardustStardustTBA TBA Rank 28
TBA Quasar 3C 273 TBA StardustStardustTBA StardustStardustTBA TBA Rank 28
TBA Laniakea TBA StardustStardustTBA StardustStardustTBA TBA Rank 29
TBA Local Void TBA StardustStardustTBA StardustStardustTBA TBA Rank 29
TBA The Great Attractor TBA StardustStardustTBA StardustStardustTBA TBA Rank 29
TBA Observable Universe TBA StardustStardustTBA StardustStardustTBA TBA Rank 30
TBA Cosmic Microwave Background TBA StardustStardustTBA StardustStardustTBA TBA Rank 30

Traits[]

Traits, also called Enhancements, in the Beyond either automate generators, speed up generators, or increase generators' payout. They can be upgraded using Dark Matter Dark MatterDark Matter.

General Traits[]

Image Trait Series Rank Description Effect
Rare Traits
Beyond Solar Winds Solar Winds I 1 A solar wind is a stream of plasma released from the upper atmosphere (also called the corona) of the Sun. Solar winds can escape the Sun's gravity and cause planetary phenomena like geomagnetic storms and auroras. Star Payout x2
Beyond Solid Surface Solid Surface I 2 All terrestrial planets have a solid surface with a silicate mantle over a metallic core. Varying levels of seismic activity create mountains, canyons, craters, and volcanoes. Terrestrial Planet Payout ×2
Beyond Ecliptic Ecliptic I 3 The ecliptic is a plane around the Sun that forms the shape of a flat disk. Almost all the major bodies of the solar system orbit the Sun on this plane. It’s a leftover from the protoplasmic disk from which the Sun, planets, and other celestial bodies formed. Stardust Tap +40%
Beyond Asteroids Asteroids I 3 Asteroids are rocky bodies that orbit the Sun, most frequently created from the impact between celestial bodies. They form the Asteroid Belt between Mars and Jupiter and the Kuiper Belt beyond Neptune. Asteroid Payout ×2
Beyond Natural Satellites Natural Satellites I 5 Moons are defined by their orbit around larger celestial bodies. Most moons revolve around a planet, but smaller bodies can have moons, too—even particularly large asteroids. Moon Payout ×2
Beyond Failed Stars Failed Stars I 6 Gas giants are planets made of hydrogen and helium, the same basic elements as a star. Unlike stars, they never experienced the conditions necessary to trigger nuclear fusion. Instead, they exist as layers of hydrogen around a molten core. Gaseous Planet Payout ×2
Beyond Ice Giants Ice Giants I 8 Ice giants are made up of elements heavier than hydrogen and helium, the primary components of the gas giants. Beneath the surface is frozen water, ammonia, and methane. But their outer layers are gaseous, making them look like gas giants. Ice Planet Payout ×2
Beyond Comets Comets I 10 Comets are small, icy bodies that orbit the Sun and are sometimes visible from Earth. As they get closer to the Sun, the Sun’s heat causes them to release gases that form a cloudy aura or tail. Comet Payout ×2
Beyond Hydrostatic Equilibrium Hydrostatic Equilibrium I 11 A balance of opposing forces, including gravity and centrifugal force, prevent dwarf planets from either imploding or exploding. This is how they maintain a spherical or ellipsoid shape. Dwarf Planet Payout ×2
Beyond Spherical Shell Spherical Shell I 15 The Asteroid Belt, the Kuiper Belt, and the ecliptic that the planets follow around the Sun are all shaped like a flat disk. The Oort Cloud, on the other hand, is a large spherical shape surrounding the whole solar system. Oort Cloud Object Payout ×2
Beyond Main Sequence Main Sequence II 18 Protostars enter the main sequence as newborn stars when heat and pressure in the hydrogen core ignite nuclear fusion. Their mass—how much matter they contain—dictates their size, color and temperature, brightness, lifespan, and the manner of their old age and death. Main Sequence Payout ×2
Beyond Late-Stage Star Late-Stage Star II 19 Once a star’s core is weaned of hydrogen, it matures into a late-stage star. As before, mass dictates size, color, luminosity, and temperature. But now it also determines the manner of death—following a long, gradual decline or in a cataclysmic explosion? Late Stage Payout x2
Beyond Indirect Observation Indirect Observation II 20 Most exoplanets are found by their effects. A planet passes in front of a distant star, and its gravity bends the starlight. Or it transits its own star and briefly dims it. Or its gravity makes the star wobble, shifting the spectrum red or blue—the radial velocity method. Exoplanet Payout x2
Beyond Cosmic Dust Cosmic Dust II 22 Cosmic dust goes everywhere: It’s in interstellar space, between galaxies and stars and planets, orbiting bodies, and even falling to Earth as meteoroids. The particles can be organic or inorganic matter, and most of them are extremely tiny—a few molecules or so. Nebula Payout x2
Beyond Milky Way Milky Way II 25 The Milky Way is a barred spiral galaxy that's rotating while speeding through space, like a hurricane crossing a dark ocean. A dense nucleus is embedded in a thin disk of gas and stars, all of which is encased in a massive sphere, or halo, of sparse stars. Milky Way Payout x2
TBA Galaxy [BETA] II 27 TBA Galaxy Payout x2
TBA Superstructure [BETA] II 29 TBA Superstructure Payout x2
Epic Traits
Beyond Speed of Light Speed of Light I 4 The speed of light is the rate at which light and all massless particles travel through a vacuum. While it can seem instantaneous from up close, over long distances this speed limit becomes very noticeable. The theory of relativity relates to the speed of light. Celestial Body Speed ×2
Beyond Cosmic Gravity Cosmic Gravity I 7 Gravity is one of the fundamental forces and key to understanding how the universe works. Using Newton’s principles, astronomers can explain how stars and planets form, predict their mass and motion, and infer the existence of dark matter. Celestial Body Payout ×2
Beyond Goldilocks Zone Goldilocks Zone I 11 The Goldilocks Zone, also called the Habitable Zone, is the region around a star with conditions necessary for a planet that can sustain life. Planets like Earth, with surface water and breathable atmospheres, might be found in these zones in other systems. Celestial Body Discount ×2
Beyond Space Exploration Space Exploration I 18 Space exploration began the moment the first humans looked to the night sky. Cave art confirms prehistoric curiosity and knowledge of the stars and planets. Over the millennia, advances in technology further fueled that drive to know and, ultimately, to go into space. Celestial Body Speed ×1.5 (Rank Up)
Beyond Cosmology Cosmology II 18 The scientific study of the universe asks the very biggest questions. How did it form? What came before? How does it work? Is it infinite? Will it die? All the pieces we observe—comets, moons, planets, stars, galaxies, nebulae, and even voids—provide some answers. Interstellar Object Speed ×2
Beyond Dark Matter Dark Matter II 20 Dark matter acts like a superhero. It’s everywhere in space and yet invisible. Its gravity distorts huge objects that we can see. It can even buttress a dwarf galaxy against annihilation by a giant one. The duo of dark matter and dark energy make up 95% of the universe. Interstellar Object Payout ×2
Beyond Dark Energy Dark Energy II 22 Little is known about dark energy, except that it’s repulsive. Opposing gravity, this strange force causes matter to scatter rather than attract, pushing our universe to expand faster and faster. Dark energy makes up 68% of the universe’s mass-energy density. Interstellar Object Discount ×2

Generator Traits[]

Generator Rank Automate and speed up Trait Increase payout Trait Reduce cost Trophy
Celestial Body
Sun 1 Solar Flares Nuclear Fusion
Mercury 1 Temperature Fluctuations Large Iron Core
Venus 1 Clockwise Rotation Sulfuric Clouds
Earth 1 Ocean Blue Oxygenated Atmosphere
Moon 2 Dark Side Sea of Tranquility
Mars 1 Seismic Activity Rusty Red Phobos
Asteroid Belt 3 Silicate Type Carbon Type
Ceres 3 Spheroid Cryovolcanoes
Vesta 3 Rocky Protoplanet Fragmentation
Jupiter 4 Great Red Spot Gravitational Powerhouse
Io 5 Sulfur Plains Volcanic Mountains
Europa 5 Subsurface Ocean Lineae
Ganymede 5 Magnetic Field Polar Caps
Callisto 5 Low Radiation Heavy Cratering
Saturn 6 Ammonia Crystals Ring Formation Mimas
Titan 6 Dense Lunar Atmosphere Surface Liquid
Enceladus 6 High Albedo E Ring
Uranus 7 Sideways Revolution Cold Atmosphere Oberon
Neptune 8 Methane Blue High Winds Proteus
Triton 8 Circular Revolution Retrograde Moon
Trans-Neptunian Object
Pluto 9 Chaotic Orbit Former Planet Charon
Shoemaker-Levy 9 10 Scarred Red Spot Jupiter Collision
Halley's Comet 10 Short Orbit Retrograde Orbit
Hale-Bopp 10 Third Tail Bright Perihelion
Kuiper Belt 11 Kuiper Cliff Neptunian Disruption
Haumea 11 Irregular Shape Giant Collision
Makemake 11 Red Tholins Hidden Planet
Eris 11 Orbital Inclination Massive Dwarf
Heliosphere 12 Termination Shock Heliopause Heliosheath
Sedna 13 Detached Orbit Sednoid
Planet X 14 High Mass Mystery Planet
Hills Cloud 15 Long Period Comets Galactic Tide
Oort Cloud 15 Cosmographic Boundary Comet Storm Interstellar Medium
Alpha Centauri 17 Binary System Solar Analog
Milky Way
Barnard's Star 18 Long Live Red Dwarfs Critical Mass
Tau Ceti 18 Yellow Dwarf Birthing Planets Exoplanets
Sirius 18 Massively Bright Godzilla of Magnitude
Polaris 19 A Spectrum of Stars H-R Diagram North Stars
Rigel 19 Nuclear Powerhouse Supernova!
Arcturus 19 Dwarf to Giant Helium Flash
Van Maanen's Star 19 Coolest White Dwarfs Black Dwarf?
Fomalhaut's Ring 20 Protoplanetary Disk Stable Parents
WASP-12b 20 Sizzling Hot Jupiter Brink of Doom Naming Planets
Awohali 20 Warm Neptune Sun-Kissed Eagle
Kepler-70b 20 Rocky Earthlike Super-Earth System
Janssen 20 Diamond Crust Tidal Lock
Enaiposha 21 Water Worlds Steamy Atmosphere
Kepler-186f 21 Habitable Zone Tipsy Water World Space Telescopes
TRAPPIST-1 System 21 Perils to Life Planetary Systems
Helix Nebula 22 Double Ring Cometary Knots
Cat's Eye Nebula 22 Onion Rings Gas Jets
Hourglass Nebula 22 Off-Center Star Butterfly Nebula
Crab Nebula 23 Guest Star Heavy Metals
Crab Pulsar 23 High-Energy Beams Little Green Men
Carina Nebula 23 Eta Carinae Wolf-Rayet Stars Homunculus Nebula
Cygnus X-1 23 Stellar Black Hole Accretion Disk
Eagle Nebula 24 The Spire Star Cluster Protostars
Pillars of Creation 24 Piercing Clouds Past Their Prime
Orion Nebula 24 Trapezium Cluster Proplyds
Horsehead Nebula 24 Stellar Nursery Sigma Orionis
Intergalactic
Orion Spur 25 Sagittarius Arm Spiral Structure Galactic Plane
Perseus Arm 25 Centaurus Arm Density Waves Galactic Bar
Omega Centauri 25 Halo Remnant Core?
Galactic Bulge 25 Galactic Jets Fermi Bubbles
Galactic Nucleus 26 Supernova Remnant Circumnuclear Disk
Sagittarius A* 26 S Stars Gravitational Singularity Event Horizon
Milky Way Galaxy 27 Imperfect Symmetry Canis Major Dwarf Galaxy
Sagittarius Dwarf Galaxy 27 Satellite Galaxy Virgo Stellar Stream
Large Magellanic Cloud 27 Irregular Galaxy Magellanic Stream Small Magellanic Cloud
Triangulum Galaxy 27 Star Factory Three-Body Problem
Andromeda Galaxy 27 Collision Course Milkomeda Simulated Collision
Virgo Supercluster 28 Local Group Leo Ring
Centaurus A Group 28 Southern Pinwheel Galaxy Cigar Galaxy
Virgo Cluster 28 Sombrero Galaxy Black Eye Galaxy Butterfly Galaxies
Messier 87 Galaxy 28 Supermassive Black Hole Relativistic Jets
Quasar 3C 273 28 Universe Beacons Large Quasar Groups
Laniakea 29 One of 10 Million Galactic Filaments
Local Void 29 Boötes Void Dark Energy Pools Eridanus Supervoid
The Great Attractor 29 Dipole Repeller Shapley Supercluster
Observable Universe 30 Universe Models Pandora's Cluster Euclid Telescope
Cosmic Microwave Background 30 Temperature Map Galactic Seeds

Effect Formulas[]

Rarity
Type
Common Rare Epic
Speed multiplier = 2rank - 1 multiplier = 2rank multiplier = 2rank
Income multiplier = 2rank multiplier = 2rank multiplier = 2rank
Discount - - multiplier = 2rank
Tap - Rank 1-5: multiplier = (0.4 * rank) + 1
Rank 6-20: multiplier = (rank2 - (11 * rank) + 38)/2
-

Upgrade Requirements[]

Rank Cards Required Cost
1 1 Dark MatterDark Matter 10
2 2 Dark MatterDark Matter 50
3 5 Dark MatterDark Matter 100
4 10 Dark MatterDark Matter 200
5 20 Dark MatterDark Matter 300
6 50 Dark MatterDark Matter 400
7 100 Dark MatterDark Matter 1000
8 200 Dark MatterDark Matter 2000
9 400 Dark MatterDark Matter 4000
10 800 Dark MatterDark Matter 8000
11 1000 Dark MatterDark Matter 10000
12 2000 Dark MatterDark Matter 10000
13+ 5000 Dark MatterDark Matter 10000

Trophy Upgrades[]

Outdated

Currently, there are 7 trophy upgrades that can be seen in the garden so far, as the following:

Technology Requirements Cost Effect Orbiting
James Webb Space Telescope Augmentations ConsoleAugmentations Console50 StardustStardust4.8e7 Terrestial Planet x2 payout Sun
Russell's Teapot Augmentations ConsoleAugmentations Console50 StardustStardust4.8e7 Asteroid x2 payout Sun
Pioneer 10 Augmentations ConsoleAugmentations Console25 StardustStardust4.8e7 Gaseous Planet x2 payout Jupiter
Voyager 2 Augmentations ConsoleAugmentations Console25 StardustStardust4.8e7 Ice Planet x2 payout None
Voyager 1 DarwiniumDarwinium80 StardustStardust4.8e7 Oort Cloud Object x2 payout None
Kepler Space Telescope Naming Planets StardustStardust0 Decrease WASP-12b's cost Sun
T.E.S.S. Space Telescopes StardustStardust0 Decrease Kepler-186f's cost Earth
Euclid Space Telescope [BETA] Euclid Telescope StardustStardust0 Decrease Observable Universe's cost Sun

Tech Trees[]

Phase 1
Phase 1 (1-17)
Phase 2 (Pre Ep 25)
Phase 2 (18-24)

Rank Details[]

Beyond currently has a total of 26 official objectives (30 in beta), as following:

No. Objective Name No. of Requirements Unlocks
Phase 1: Solar System
1 Create the Inner Solar System 9
  • Sun
  • Mercury
  • Venus
  • Earth
  • Mars
2 Discover the Moons 8
  • Moon
  • Phobos (Discount)
3 Forge the Asteroid Belt 8
  • Asteroid Belt
  • Ceres
  • Vesta
4 Generate a Gas Giant 9
  • Jupiter
5 Find the Jovian Moons 10
  • Io
  • Europa
  • Ganymede
  • Callisto
6 Study Saturn 10
  • Saturn
  • Titan
  • Mimas (Discount)
  • Enceladus
7 Identify an Ice Giant 10
  • Uranus
  • Oberon (Discount)
8 Visit the Last Planet 12
  • Neptune
  • Proteus (Discount)
  • Triton
9 Demote a Dwarf Planet 9
  • Pluto
  • Charon (Discount)
10 Catch the Comets 13
  • Shoemaker-Levy 9
  • Halley's Comet
  • Hale-Bopp
11 Explore the Kuiper Belt 14
  • Kuiper Belt
  • Haumea
  • Makemake
  • Eris
12 Harness the Heliosphere 13
  • Heliosphere
  • Heliosheath (Discount)
13 Find Far-Out Worlds 14
  • Sedna
14 Solve the Mystery of Planet X 11
  • Planet X
15 Observe the Oort Cloud 13
  • Hills Cloud
  • Oort Cloud
16 Enter the Interstellar Void 13
  • Interstellar Medium (Discount)
17 Embark to our Nearest Neighbor 14
  • Alpha Centauri
Phase 2: Milky Way
18 Chart the Lives of Stars 15
  • Barnard's Star
  • Tau Ceti
  • Exoplanets (Discount)
  • Sirius
19 Observe the Sunset Years 18
  • Polaris
  • North Stars (Discount)
  • Rigel
  • Arcturus
  • Van Maanen's Star
20 Explore Strange Worlds 19
  • Fomalhaut's Ring
  • WASP-12b
  • Naming Planets (Discount)
  • Awohali
  • Kepler-70b
  • Janssen
21 Find the Perfect Planet 16
  • Enaiposha
  • Kepler-186f
  • Space Telescopes (Discount)
  • TRAPPIST-1 System
22 Witness a Star’s Final Bow 16
  • Helix Nebula
  • Cat's Eye Nebula
  • Hourglass Nebula
23 Dissect the Remains of Massive Stars 21
  • Crab Nebula
  • Crab Pulsar
  • Carina Nebula
  • Homunculus Nebula (Discount)
  • Cygnus X-1
24 Rock the Cosmic Cradle 20
  • Eagle Nebula
  • Protostars (Discount)
  • Pillars of Creation
  • Orion Nebula
  • Horsehead Nebula
25 Journey to the Galactic Core 19
  • Orion Spur
  • Galactic Plane (Discount)
  • Perseus Arm
  • Galactic Bar (Discount)
  • Omega Centauri
  • Galactic Bulge
26 Dive into the Dark Heart 18
  • Galactic Nucleus
  • Sagittarius A*
  • Event Horizon (Discount)
27 [BETA] Tangle with the Neighbors 25
  • Milky Way Galaxy
  • Sagittarius Dwarf Galaxy
  • Large Magellanic Cloud
  • Small Magellanic Cloud (Discount)
  • Triangulum Galaxy
  • Andromeda Galaxy
  • Simulated Collision (Discount)
28 [BETA] Roam a Sea of Galaxies 24
  • Virgo Supercluster
  • Centaurus A Group
  • Virgo Cluster
  • Butterfly Galaxies (Discount)
  • Messier 87 Galaxy
  • Quasar 3C 273
29 [BETA] Grasp the Shape of Space 18
  • Laniakea
  • Local Void
  • Eridanus Supervoid (Discount)
  • The Great Attractor
30 [BETA] Look Back in Time 17
  • Observable Universe
  • Euclid Telescope (Discount)
  • Cosmic Microwave Background

Requirements[]

Requirement Reward Image
Objective 1
Collect 50 Stardust Sun Beyond Objectives Rank 1
Collect 10 Sun Mercury
Mercury Rank 1 Red Dwarf
Sun Rank 2
Collect 2,500 Stardust
Venus
Mercury Rank 2 20 Dark Matter
Sun Rank 3
Venus Rank 2
Earth
Collect 1e6 Stardust Red Dwarf
Earth Rank 2
Venus Rank 3
Mars
Mercury Rank 4 Red Dwarf
Objective 2
Upgrade 1 Trait Red Dwarf Beyond Objectives Rank 2
Collect 500,000 Stardust Red Dwarf
Mars Rank 1
Sun Rank 4
Moon
Earth Rank 3 Red Dwarf
Phobos Astronomy Mission 3 Darwinium
Tap 500,000 Stardust Red Dwarf
Mercury Rank 5 20 Dark Matter
Collect 2e9 Stardust Red Dwarf
Objective 3
Upgrade 2 Traits Red Dwarf Beyond Objectives Rank 3
Moon Rank 2 Asteroid Belt
Collect 60 Dark Matter
Complete 1 Astronomy Mission
Red Dwarf
Earth Rank 4
Asteroid Belt Rank 1
Venus Rank 5
Ceres
Trigger 2 Golden Asteroids 25 Dark Matter
Mars Rank 4 Red Dwarf
Tap 2e9 Stardust
Mars Rank 5
Ceres Rank 2
Vesta
Venus Rank 6
Vesta Rank 2
Red Dwarf
Objective 4
Collect 4.2e8 Stardust Red Dwarf Beyond Objectives Rank 4
Trigger 2 Gold Asteroids 20 Dark Matter
Venus Rank 5
Vesta Rank 1
Collect 5 Vesta
Jupiter
Photo Jupiter
Asteroid Belt Rank 3
25 Dark Matter
Complete 2 Astronomy Missions 3 Darwinium
Jupiter Rank 1 Red Dwarf
Ceres Rank 3 30 Dark Matter
Earth Rank 6
Collect 1.5e14 Stardust
Red Dwarf
Vesta Rank 3
Jupiter Rank 3
Red Dwarf
Objective 5
Mercury Rank 6
Sun Rank 7
Red Dwarf Beyond Objectives Rank 5
Asteroid Belt Rank 5
Jupiter Rank 3
Io
Moon Rank 6
Upgrade 3 Traits
Red Dwarf
Io Rank 3
Jupiter Rank 4
Europa
Mars Rank 7 30 Dark Matter
Europa Rank 3 Ganymede
Collect 150 Dark Matter Red Dwarf
Trigger 4 Golden Asteroids 30 Dark Matter
Earth Rank 7
Ganymede Rank 2
Callisto
Collect 1e18 Stardust
Io Rank 4
Red Dwarf
Objective 6
Asteroid Belt Rank 5 Red Dwarf Beyond Objectives Rank 6
Ganymede Rank 2 Red Dwarf
Tap 2.5e15 Stardust Red Dwarf
Europa Rank 3
Collect 150 Dark Matter
Callisto Rank 2
Saturn
Jupiter Rank 5 Red Dwarf
Saturn Rank 2
Ceres Rank 6
Titan
Mimas Astronomy Mission 2 Darwinium
Upgrade 4 Traits 40 Dark Matter
Titan Rank 2
Collect 9.5e20 Stardust
Enceladus
Enceladus Rank 2 Red Dwarf
Objective 7
Venus Rank 7 Red Dwarf Beyond Objectives Rank 7
Jupiter Rank 5
Upgrade 3 Traits
25 Dark Matter
Sun Rank 8 Red Dwarf
Mercury Rank 8 Red Dwarf
Callisto Rank 4 Red Dwarf
Enceladus Rank 2
Collect 225 Dark Matter
3 Darwinium
Titan Rank 3
Venus Rank 8
Enceladus Rank 3
Uranus
Save 9e22 Stardust Red Dwarf
Europa Rank 6 30 Dark Matter
Saturn Rank 5
Oberon Astronomy Mission
Vesta Rank 7
Red Dwarf
Objective 8
Vesta Rank 5 Red Dwarf Beyond Objectives Rank 8
Collect 4.1e21 Stardust 30 Dark Matter
Uranus Rank 2 Red Dwarf
Earth Rank 8
Ganymede Rank 6
Uranus Rank 3
Neptune
Io Rank 7 Red Dwarf
Upgrade 4 Traits
Moon Rank 8
30 Dark Matter
Saturn Rank 6 Red Dwarf
Proteus Astronomy Mission 3 Darwinium
Neptune Rank 2
Enceladus Rank 5
Triton
Photo Triton Red Dwarf
Uranus Rank 4
Complete 3 Astronomy Missions
Red Dwarf
Collect 5e26 Stardust
Europa Rank 7
Red Dwarf
Objective 9
Save 2.1e21 Stardust 40 Dark Matter Beyond Objectives Rank 9
Collect 125 Dark Matter 3 Darwinium
Trigger 2 Golden Asteroids
Moon Rank 8
Red Dwarf
Uranus Rank 4
Ganymede Rank 7
Triton Rank 2
Pluto
Charon Astronomy Mission 3 Darwinium
Collect 2.72e28 Stardust 40 Dark Matter
Upgrade 4 Traits
Ceres Rank 8
Red Dwarf
Enceladus Rank 6
Neptune Rank 4
Red Dwarf
Saturn Rank 7
Vesta Rank 8
Red Dwarf
Objective 10
Moon Rank 8 Red Dwarf Beyond Objectives Rank 10
Pluto Rank 1 Shoemaker-Levy 9
Collect 250 Dark Matter Red Dwarf
Neptune Rank 5 Red Dwarf
Shoemaker-Levy 9 Rank 2 Halley's Comet
Io Rank 8 50 Dark Matter
Pluto Rank 3 Red Dwarf
Enceladus Rank 7 Red Dwarf
Sun Rank 9
Halley's Comet Rank 1
Triton Rank 5
Hale-Bopp
Pluto Rank 4
Trigger 4 Golden Asteroids
Red Dwarf
Upgrade 4 Traits 50 Dark Matter
Mercury Rank 9
Collect 1.3e33 Stardust
Red Dwarf
Hale-Bopp Rank 1
Ganymede Rank 8
Red Dwarf
Objective 11
Saturn Rank 7 Red Dwarf Beyond Objectives Rank 11
Sun Rank 9 Red Dwarf
Halley's Comet Rank 2
Callisto Rank 8
Earth Rank 9
Kuiper Belt
Shoemaker-Levy 9 Rank 5 Red Dwarf
Triton Rank 6 50 Dark Matter
Hale-Bopp Rank 3
Kuiper Belt Rank 1
Haumea
Upgrade 5 Traits Red Dwarf
Collect 500 Dark Matter Red Dwarf
Halley's Comet Rank 4
Titan Rank 8
Makemake
Shoemaker-Levy 9 Rank 6 50 Dark Matter
Haumea Rank 2 Red Dwarf
Asteroid Belt Rank 9 Red Dwarf
Makemake Rank 1
Pluto Rank 7
Eris
Halley's Comet Rank 6
Eris Rank 1
Red Dwarf
Objective 12
Sun Rank 9 Red Dwarf Beyond Objectives Rank 12
Ganymede Rank 8 50 Dark Matter
Callisto Rank 8
Triton Rank 6
Red Dwarf
Photo Eris Red Dwarf
Kuiper Belt Rank 1 Red Dwarf
Complete 4 Astronomy Missions
Upgrade 5 Traits
75 Dark Matter
Pluto Rank 6 Red Dwarf
Collect 450 Dark Matter 3 Darwinium
Trigger 4 Golden Asteroids Red Dwarf
Haumea Rank 2 Red Dwarf
Uranus Rank 8
Eris Rank 2
Io Rank 9
Heliosphere
Heliosphere Rank 1 Red Dwarf
Haumea Rank 6 Red Dwarf
Objective 13
Mars Rank 9 60 Dark Matter Beyond Objectives Rank 13
Enceladus Rank 8 Red Dwarf
Collect 500 Dark Matter Red Dwarf
Shoemaker-Levy 9 Rank 7 3 Darwinium
Photo Heliosphere Red Dwarf
Complete 5 Astronomy Missions 3 Darwinium
Kuiper Belt Rank 6 60 Dark Matter
Pluto Rank 8
Eris Rank 5
Red Dwarf
Saturn Rank 9
Makemake Rank 6
Heliosphere Rank 4
Sedna
Sedna Rank 2
Upgrade 5 Traits
Red Dwarf
Venus Rank 10 Red Dwarf
Haumea Rank 7 Red Dwarf
Enceladus Rank 9 Red Dwarf
Heliosphere Rank 5
Sedna Rank 3
Red Dwarf
Objective 14
Uranus Rank 8 Red Dwarf Beyond Objectives Rank 14
Kuiper Belt Rank 6
Saturn Rank 9
Red Dwarf
Collect 300 Dark Matter
Mercury Rank 10
Red Dwarf
Haumea Rank 7 75 Dark Matter
Heliosphere Rank 5 Red Dwarf
Complete 6 Astronomy Missions
Trigger 4 Golden Asteroids
Red Dwarf
Sedna Rank 3
Hale-Bopp Rank 8
Planet X
Makemake Rank 7 75 Dark Matter
Sedna Rank 4
Uranus Rank 9
Red Dwarf
Moon Rank 10
Eris Rank 7
Red Dwarf
Kuiper Belt Rank 8
Planet X Rank 3
Red Dwarf
Objective 15
Pluto Rank 8 Red Dwarf Beyond Objectives Rank 15
Titan Rank 9 Red Dwarf
Earth Rank 10
Collect 400 Dark Matter
Sedna Rank 4
Red Dwarf
Complete 5 Astronomy Missions 3 Darwinium
Planet X Rank 2 Hills Cloud
Uranus Rank 9 Red Dwarf
Hills Cloud Rank 1
Kuiper Belt Rank 8
Oort Cloud
Asteroid Belt Rank 10 80 Dark Matter
Haumea Rank 8 Red Dwarf
Ceres Rank 10 Red Dwarf
Upgrade 5 Traits
Heliosphere Rank 7
Red Dwarf
Hills Cloud Rank 3 Red Dwarf
Triton Rank 9
Oort Cloud Rank 2
Red Dwarf
Objective 16
Moon Rank 10 Red Dwarf Beyond Objectives Rank 16
Planet X Rank 3 Red Dwarf
Collect 450 Dark Matter
Asteroid Belt Rank 10
Red Dwarf
Photo Oort Cloud Red Dwarf
Complete 6 Astronomy Missions
Oort Cloud Rank 1
Red Dwarf
Hills Cloud Rank 3 Red Dwarf
Triton Rank 9 Red Dwarf
Vesta Rank 10 Red Dwarf
Hills Cloud Rank 4 70 Dark Matter
Interstellar Medium Astronomy Mission x2 5 Darwinium
Jupiter Rank 10 Red Dwarf
Makemake Rank 8
Pluto Rank 9
Red Dwarf
Hills Cloud Rank 5
Collect 1.5e59 Stardust
Red Dwarf
Objective 17
Planet X Rank 4 Red Dwarf Beyond Objectives Rank 17
Hills Cloud Rank 4 Red Dwarf
Io Rank 10 Red Dwarf
Complete 6 Astronomy Missions 70 Dark Matter
Hills Cloud Rank 5 Red Dwarf
Shoemaker-Levy 9 Rank 9 Red Dwarf
Europa Rank 10
Oort Cloud Rank 4
Planet X Rank 6
Alpha Centauri
Photo Alpha Centauri 80 Dark Matter
Mars Rank 11 Red Dwarf
Ganymede Rank 10 Red Dwarf
Venus Rank 12 Red Dwarf
Callisto Rank 10 100 Dark Matter
Saturn Rank 10 Red Dwarf
Collect 1e63 Stardust
Alpha Centauri Rank 4
Red Dwarf
Objective 18
Heliosphere Rank 7
Hills Cloud Rank 5
Red Dwarf Beyond Objectives Rank 18
Alpha Centauri Rank 3
Planet X Rank 7
Oort Cloud Rank 6
Barnard’s Star
Alpha Centauri Rank 5 White Dwarf
Photo Barnard’s Star 100 Dark Matter
Barnard’s Star Rank 1
Sedna Rank 8
Tau Ceti
Barnard’s Star Rank 2 White Dwarf
Kuiper Belt Rank 9 3 Darwinium
Barnard’s Star Rank 3 White Dwarf
Tau Ceti Rank 2 White Dwarf
Exoplanets Astronomy Mission x6
Planet X Rank 8
Sirius
Sirius Rank 1 White Dwarf
Makemake Rank 9 White Dwarf
Sirius Rank 2 White Dwarf
Barnard’s Star Rank 5 White Dwarf
Alpha Centauri Rank 7
Collect 2e71 Stardust
10 Darwinium
Objective 19
Eris Rank 8 White Dwarf Beyond Objectives Rank 19
Alpha Centauri Rank 5 100 Dark Matter
Planet X Rank 8 Polaris
Hills Cloud Rank 8 White Dwarf
Tau Ceti Rank 5 150 Dark Matter
Oort Cloud Rank 8
North Stars Astronomy Mission x3
Rigel
Pluto Rank 10 White Dwarf
Photo Rigel 3 Darwinium
Rigel Rank 1
Polaris Rank 3
Arcturus
Heliosphere Rank 9 White Dwarf
Upgrade 5 Traits
Rigel Rank 2
8 Darwinium
Tau Ceti Rank 6 White Dwarf
Arcturus Rank 1 Van Maanen’s Star
Barnard’s Star Rank 7 White Dwarf
Complete 8 Astronomy Missions 200 Dark Matter
Sirius Rank 6 White Dwarf
Rigel Rank 4
Collect 5e78 Stardust
10 Darwinium
Van Maanen’s Star Rank 1 White Dwarf
Objective 20
Neptune Rank 13 White Dwarf Beyond Objectives Rank 20
Earth Rank 15 100 Dark Matter
Van Maanen’s Star Rank 1 Fomalhaut’s Ring
Sirius Rank 7 White Dwarf
Titan Rank 13 150 Dark Matter
Barnard’s Star Rank 8 White Dwarf
Fomalhaut’s Ring Rank 2
Polaris Rank 7
WASP-12b
Hills Cloud Rank 9 White Dwarf
Naming Planets Astronomy Mission x3 5 Darwinium
Shoemaker-Levy 9 Rank 11
WASP-12b Rank 2
Awohali
Photo Awohali
Tau Ceti Rank 8
8 Darwinium
Ganymede Rank 15 White Dwarf
Awohali Rank 2
Oort Cloud Rank 9
Kepler-70b
WASP-12b Rank 3 200 Dark Matter
Rigel Rank 7 White Dwarf
Awohali Rank 3 10 Darwinium
Fomalhaut’s Ring Rank 5
Kepler-70b Rank 1
Janssen
Halley’s Comet Rank 11 15 Darwinium
Janssen Rank 1
Collect 1e87 Stardust
White Dwarf
Objective 21
Earth Rank 13 White Dwarf Beyond Objectives Rank 21
Tau Ceti Rank 7 100 Dark Matter
Polaris Rank 6
Shoemaker-Levy 9 Rank 11
White Dwarf
Janssen Rank 1
Sirius Rank 8
Enaiposha
WASP-12b Rank 4 White Dwarf
Alpha Centauri Rank 9 150 Dark Matter
Polaris Rank 8 5 Darwinium
Enaiposha Rank 1
Van Maanen’s Star Rank 7
Kepler-186f
Janssen Rank 4 White Dwarf
Space Telescope Astronomy Mission x3
Enaiposha Rank 3
8 Darwinium
Kepler-70b Rank 5 White Dwarf
Kepler-186f Rank 2
Fomalhaut’s Ring Rank 7
TRAPPIST-1 System
Halley’s Comet Rank 12
Photo TRAPPIST-1 System
White Dwarf
Sedna Rank 10 200 Dark Matter
Arcturus Rank 8 White Dwarf
TRAPPIST-1 System Rank 1
Collect 5e95 Stardust
10 Darwinium
Objective 22
Barnard’s Star Rank 6 White Dwarf Beyond Objectives Rank 22
Polaris Rank 7
Janssen Rank 4
125 Dark Matter
Arcturus Rank 8 White Dwarf
TRAPPIST-1 System Rank 1
Awohali Rank 7
Helix Nebula
Eris Rank 11 White Dwarf
Kepler-186f Rank 5 175 Dark Matter
Tau Ceti Rank 9 5 Darwinium
Helix Nebula Rank 2
Pluto Rank 15
Cat’s Eye Nebula
Heliosphere Rank 11 White Dwarf
Triton Rank 16 8 Darwinium
Kuiper Belt Rank 13 White Dwarf
Collect 30 Cat’s Eye Nebula
Hale-Bopp Rank 14
Hourglass Nebula
Collect 5 Hourglass Nebula White Dwarf
TRAPPIST-1 System Rank 5
Photo Hourglass Nebula
225 Dark Matter
Helix Nebula Rank 4
Cat’s Eye Nebula Rank 3
White Dwarf
WASP-12b Rank 8
Hourglass Nebula Rank 2
10 Darwinium
Objective 23
Rigel Rank 2 White Dwarf Beyond Objectives Rank 23
Van Maanen’s Star Rank 7
Hale-Bopp Rank 14
125 Dark Matter
Haumea Rank 13 White Dwarf
Hourglass Nebula Rank 2
Eris Rank 12
Crab Nebula
Cat’s Eye Nebula Rank 4 White Dwarf
TRAPPIST-1 System Rank 6 200 Dark Matter
Kepler-70b Rank 8 5 Darwinium
Crab Nebula Rank 2
Halley’s Comet Rank 16
Crab Pulsar
Helix Nebula Rank 6 White Dwarf
Planet X Rank 11 8 Darwinium
Arcturus Rank 9 White Dwarf
Hourglass Nebula Rank 5
Crab Pulsar Rank 2
Carina Nebula
Enaiposha Rank 8 250 Dark Matter
Crab Nebula Rank 4 White Dwarf
Homunculus Nebula Astronomy Mission x4 250 Dark Matter
Helix Nebula Rank 7 White Dwarf
Carina Nebula Rank 2
Sedna Rank 12
Cygnus X-1
Makemake Rank 15 White Dwarf
Barnard’s Star Rank 10
Photo Cygnus X-1
300 Dark Matter
Crab Pulsar Rank 5 White Dwarf
Cygnus X-1 Rank 2 10 Darwinium
Objective 24
Helix Nebula Rank 5 White Dwarf Beyond Objectives Rank 24
Kuiper Belt Rank 18 100 Dark Matter
Planet X Rank 13 White Dwarf
Crab Nebula Rank 6 White Dwarf
Cygnus X-1 Rank 2
TRAPPIST-1 System Rank 8
Eagle Nebula
Makemake Rank 17 White Dwarf
Oort Cloud Rank 12 150 Dark Matter
Haumea Rank 18 5 Darwinium
Hills Cloud Rank 13
Protostars Astronomy Mission x4
Pillars of Creation
Sirius Rank 10 White Dwarf
Crab Nebula Rank 7 8 Darwinium
Cat’s Eye Nebula Rank 8 White Dwarf
Pillars of Creation Rank 1
Kepler-70b Rank 9
Orion Nebula
Alpha Centauri Rank 12
Pillars of Creation Rank 2
200 Dark Matter
Crab Pulsar Rank 7
Complete 15 Astronomy Missions
White Dwarf
Sedna Rank 16
Photo Orion Nebula
Horsehead Nebula
Planet X Rank 15
Eagle Nebula Rank 5
White Dwarf
Carina Nebula Rank 7
Orion Nebula Rank 3
250 Dark Matter
Pillars of Creation Rank 5 White Dwarf
Horsehead Nebula Rank 3 10 Darwinium
Objective 25
Crab Nebula Rank 7 100 Dark Matter Beyond Objectives Rank 25
Rigel Rank 10 White Dwarf
Arcturus Rank 10 White Dwarf
Cygnus X-1 Rank 7 150 Dark Matter
Horsehead Nebula Rank 3
Barnard’s Star Rank 12
Orion Spur
Orion Nebula Rank 5 5 Darwinium
Halley’s Comet Rank 20 White Dwarf
Orion Spur Rank 1
Horsehead Nebula Rank 4
Perseus Arm
Hale-Bopp Rank 20 White Dwarf
Perseus Arm Rank 1 8 Darwinium
Sirius Rank 11 White Dwarf
Planet X Rank 17
Galactic Bar Astronomy Mission x4
Omega Centauri
Pillars of Creation Rank 6 200 Dark Matter
TRAPPIST-1 System Rank 9 White Dwarf
Perseus Arm Rank 2
Photo Omega Centauri
Galactic Bulge
Omega Centauri Rank 1 White Dwarf
Polaris Rank 11 250 Dark Matter
Hills Cloud Rank 17 White Dwarf
Fomalhaut’s Ring Rank 10
Galactic Bulge Rank 2
10 Darwinium
Objective 26
Horsehead Nebula Rank 4 White Dwarf Beyond Objectives Rank 26
TRAPPIST-1 System Rank 9 100 Dark Matter
Hills Cloud Rank 17 White Dwarf
Fomalhaut’s Ring Rank 10 White Dwarf
Perseus Arm Rank 3
Galactic Bulge Rank 2
Pillars of Creation Rank 7
Galactic Nucleus
Orion Spur Rank 4 4 Darwinium
Cat’s Eye Nebula Rank 9 White Dwarf
Cygnus X-1 Rank 8 White Dwarf
Rigel Rank 11 White Dwarf
Awohali Rank 10 8 Darwinium
Polaris Rank 12
Galactic Nucleus Rank 2
Sagittarius A*
Sirius Rank 13
Planet X Rank 19
200 Dark Matter
Omega Centauri Rank 5 White Dwarf
Event Horizon Astronomy Mission x5
Horsehead Nebula Rank 7
White Dwarf
Eagle Nebula Rank 8
Barnard’s Star Rank 15
White Dwarf
Janssen Rank 10 250 Dark Matter
Galactic Nucleus Rank 4 White Dwarf
Sagittarius A* Rank 4 12 Darwinium
Objective 27 [BETA, OUTDATED]
Orion Nebula Rank 3 White Dwarf
Omega Centauri Rank 2 100 Dark Matter
Galactic Nucleus Rank 1 White Dwarf
Perseus Arm Rank 4 White Dwarf
Sagittarius A* Rank 1
Galactic Bulge Rank 4
Milky Way Galaxy
Upgrade 12 Traits White Dwarf
Eagle Nebula Rank 8 5 Darwinium
Kepler-70b Rank 10 White Dwarf
Polaris Rank 13
Milky Way Galaxy Rank 2
Sagittarius Dwarf Galaxy
Van Maanen’s Star Rank 11 White Dwarf
Crab Nebula Rank 9 White Dwarf
Enaiposha Rank 10 10 Darwinium
Sagittarius Dwarf Galaxy Rank 1 Large Magellanic Cloud
Sagittarrius A* Rank 5 200 Dark Matter
Orion Spur Rank 7 White Dwarf
Crab Pulsar Rank 9 White Dwarf
Perseus Arm Rank 7 White Dwarf
Small Magellanic Cloud Astronomy Mission x4 Triangulum Galaxy
Arcturus Rank 13 White Dwarf
Large Magellanic Cloud Rank 2 White Dwarf
Collect 5 Triangulum Galaxy Andromeda Galaxy
Sagittarius A* Rank 6 250 Dark Matter
Galactic Bulge Rank 7 White Dwarf
Fomalhaut’s Ring Rank 12 White Dwarf
Simulated Collision Astronomy Mission x5
Andromeda Galaxy Rank 1
12 Darwinium
Objective 28 [BETA]
Galactic Bulge Rank 3 80 Dark Matter
Arcturus Rank 11 White Dwarf
Alpha Centauri Rank 18 White Dwarf
Andromeda Galaxy Rank 2 Virgo Supercluster
Orion Spur Rank 8 White Dwarf
Complete 10 Astronomy Missions White Dwarf
Sirius Rank 17 120 Dark Matter
Omega Centauri Rank 8
Virgo Supercluster Rank 2
Centaurus A Group
Sagittarius Dwarf Galaxy Rank 6 White Dwarf
Enaiposha Rank 11 White Dwarf
Milky Way Galaxy Rank 7 10 Darwinium
Centaurus A Group Rank 1 Virgo Cluster
Rigel Rank 16 White Dwarf
Galactic Nucleus Rank 8 180 Dark Matter
Butterfly Galaxies Astronomy Mission x4 White Dwarf
Virgo Cluster Rank 1 Messier 87 Galaxy
Kepler-186f Rank 11 White Dwarf
Kepler-70b Rank 13 White Dwarf
WASP-12b Rank 14 White Dwarf
Messier 87 Galaxy Rank 1
Virgo Supercluster Rank 5
Quasar 3C 273
Andromeda Galaxy Rank 6 White Dwarf
Van Maanen’s Star Rank 16 White Dwarf
Crab Nebula Rank 10 240 Dark Matter
TRAPPIST-1 System Rank 11
Quasar 3C 273 Rank 1
15 Darwinium
Objective 29 [BETA]
Triangulum Galaxy Rank 3 White Dwarf
Perseus Arm Rank 8
Orion Nebula Rank 9
White Dwarf
Crab Nebula Rank 10 100 Dark Matter
Quasar 3C 273 Rank 1
Centaurus A Group Rank 5
Laniakea
Messier 87 Galaxy Rank 3 White Dwarf
WASP-12b Rank 15 White Dwarf
Virgo Supercluster Rank 6 5 Darwinium
Andromeda Galaxy Rank 7
Laniakea Rank 1
Local Void
Van Maanen’s Star Rank 17 White Dwarf
Sagittarius Dwarf Galaxy Rank 8 White Dwarf
Centaurus A Group Rank 6 White Dwarf
Eridanus Supervoid Astronomy Mission x6 The Great Attractor
Kepler-186f Rank 13 White Dwarf
Collect 6e152 Stardust 250 Dark Matter
Virgo Cluster Rank 6 White Dwarf
Local Void Rank 3 White Dwarf
Quasar 3C 273 Rank 5 White Dwarf
The Great Attractor Rank 1 15 Darwinium
Objective 30 [BETA]
Arcturus Rank 16 50 Dark Matter
TRAPPIST-1 System Rank 12 White Dwarf
Virgo Cluster Rank 6 White Dwarf
Local Void Rank 3 100 Dark Matter
Hourglass Nebula Rank 11 White Dwarf
The Great Attractor Rank 1 Observable Universe
Wasp-12B Rank 17 White Dwarf
Collect 1e157 Stardust 200 Dark Matter
Euclid Telescope Astronomy Mission x5 Cosmic Microwave Background
Kepler-186f Rank 15
Sagittarius A* Rank 9
White Dwarf
Virgo Supercluster Rank 8 White Dwarf
Laniakea Rank 6 White Dwarf
Sirius Rank 20 300 Dark Matter
Quasar 3C 273 Rank 7 White Dwarf
Local Void Rank 6
Cat’s Eye Nebula Rank 14
400 Dark Matter
Collect 65 Observable Universe White Dwarf
Collect 70 Cosmic Microwave Background 25 Darwinium
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