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What is "Journey to the stars"? Find out!

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Yaiza and Alba Leandres

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Lucía Laredo y Alba Molero

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By: Samuel Martín and Adrián Ushiña

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lucia naiara y candela🥑💅

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Presentación aguacate divertido verde blanco y marron

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Asier Gómez and Darío Pedregosa

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Ammonium paradise

By Darío Pedregosa and Asier Gómez

VIGO- IIIH

Composition and climate

Biodiversity in the planet

Voyage and colonisation

General characteristics

The core

The mantle

The crust

The atmosphere

The climate

Origin

This planet is orbiting a black hole called indra which is 10 times bigger than the Sun and 5,000 light years away from the Earth.

General info

Mass: 7 times the Earth's mass

Diameter: 2.3 times the Earth's diameter

Distance from the black hole: 6.68 AU

Orbit: Eliptical, with low eccenticity to avoid radiation

Orbital period: 17.3 years

Length of day: 37 hours

Gravity: 13 m/s2 (1.33 times Earth's gravity)

Surface: Liquid ammonium

The inteligent species

See the desert

See the forest

The planet is full of life. Lets see the different biomes

Biodiversity

The world is full of forests of gigantic subacuatic trees, which are divided in different levelks depending on the depth. When there are not trees, the forest becomes a desert.

The surface

Middle level

Seabed

Depths

The forests

The seabed is the deepest level in the ocean. This is where the original floor is located and plate tectonics occur. The first living beings evolved here. The pressure in this place is so big that every organism here has an extra layer of ptrotective tissue covering their organs.

Crimson bracken

Sea lamp

Rainbow coral

Floor deafener

The seabed

Mole lobster

Moon yeast

Rhombus leech

Pufferslug

The pressure is still high in this place. Its inhabitants are more complex heterotrofic organisms.

The depths

Hammerslug

Trunktick

Metalwoods

This is the biggest level. The absence of trees makes it difficult for their creatures to hide, so the onbly ones which remain are the hunters and not the prey.

Middle Level

Titan citadel

Supralux

Titan sickle

Sailer shrimp

This is where the most impressive organisms live. There is no land nor living beings that breath air, but it has lots of secret advantages.

The Surface

Their natural enemy, the desert dwellers, are still alive.

This used to be the place where the titans lived, but almost all of them were extinted by unknown causes

The desert

Culture

Fisiology

1. Its skin is completely smooth and matte black, which allows it to hide in an environment in which all living beings shine. They can also glow in a controlled manner to communicate, but in a different way than other species, which could be considered an ability similar to speech.2. Theirbody is resistant to pressure, so you can go up and down levels without consequences. This allows them to access all the possible resources on the planet.

A vigonian similar to an amoeba. Its surface is matte black and opaque. On the outside it seems simple, but it has several characteristics that make it the most advanced species on the planet:

The Vigonians

The intelligent species does not need a reproductive organ. They have the necessary mechanisms to reproduce asexually, but from time to time they exchange genetic material with other members of their species to promote variability. They also do not have a sleep cycle as such, but rather reduce their activity to a minimum when it is not required or when they have passed an activity limit (they suffocate and faint).

Their vital segment is the most complex part of their body. There, their vital organs are housed within a semi-hard cartilaginous compartment

The vigonians measure around 1.20 meters in normal conditions on the surface, but can compress to 50 cm or stretch up to 7 meters. It is capable of living in aquatic and terrestrial environments since its particular way of nourishing itself means that it does not need to breathe. It seems to prefer the terrestrial or surface environment due to the lack of creatures.

Fisiology

Balancists

Beastians

The intelligent species is distributed throughout the planet. Its culture is quite unified, with all its individuals having a very strong feeling of general unity.

CULTURE

After centuries of development, humanity (type 2.6) has discovered a world with life... and resources

Voyage & colonisation

+ Info

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+ Info

First, humanity has to travel trough space 5,000 light years. How will they do it?

The crust

The crust could include conductive minerals such as copper and graphite, further improving thermal conduction.

Rubilux vivifructus

Crimson bracken

It looks like an algae-type hedge with glowing fruits. Autotroph, Nitrosification. Seafloor heterotrophs (such as bug 3) eat their fruits, which contain seeds covered in pulp (which tastes very good) that cannot be digested (the seeds). When they defecate, the seeds have been nourished inside the body of the heterotroph and are ready to sprout.

Pavimento vivibacteria

Sea lamp

- Lives on the seabed. - Autotroph. - Denitrification. - Great population.

Candenti vivibacteria

Floor deafener

- Emits violent and very strong flashes. - Autotrophs by Nitrification. - Great population.

The core

The planet's core could be composed primarily of iron and nickel, with significant amounts of uranium, thorium, and potassium, which give off heat through radioactive decay. This heat would contribute to maintaining an active convective mantle, which is crucial for plate tectonics and the generation of a magnetic field that could protect the planet from black hole radiation.

The mantle

The mantle, composed mainly of silicates such as olivine and pyroxene, would act as a moderate heat conductor, facilitating heat transfer from the core to the surface.

Context

Mathematical principles

Energy and exotic matter

Contraction and expansion

The warp drive

Space-time curvature

Aerlimax vivimucus

Pufferslug

Resembling a blob fish. Normally it lives inflated, but it is heterotrophic and feeds on mole lobsters. To hunt it, it deflates and goes down to the seabed, where it behaves like a very fast slug that moves by partial compression and decompression of its body (in jumps). If it cannot pounce on its prey, it tries to sneak under it to kill it. If the prey digs a hole, it rises to the depths.

Phases of the meeting

Blinkilux viviclara

Rainbow coral

It looks like a coral, autotrophic by nitrification.Defense mechanism based on symbiosis with bacteria (energy in exchange for defending them from other predators like mole lobster). The coral sends light signals to the bacteria, which kill the predator .

Climatic phenomena

Regional climates

Winds and currents

Hydrological cycles

Atmospheric composition

Temperature

Climate

Atmosphere

Necessary Pressure: Approximately 2.83 atmospheres to maintain liquid ammonia at -10°C.Atmospheric Composition:Nitrogen (N₂): Main component.Methane (CH₄): Helps maintain temperature.Argon (Ar): Inert gas.Hydrogen (H₂): In smaller quantities.

Imitaoris vivipinnulis

Rhombus leech

Resembling a hippopotamus seen from behind. It has four alerts in its ass that it scrolls through. It has beards through which it absorbs microorganisms. Heterotroph.

Naevomimus vivicrustacean

Mole lobster

Similar to anomalocaris. Heterotroph. It walks on the seabed due to its high weight. Lightly armored above. Higher level organisms represent a danger for them. It hides by digging burrows in the silicate soil. Within its habitat, it is the apex predator. It has a calm demeanor like a cow.

Origin

OIriginally a self-sufficient wandering planet capable of holding life on its own.It was trapped under the gravitational field of a black hole, outside its event horizon. This allows the planet to orbit the black hole without falling into it.The accreation disc of a black hole emits enough radiation to work as a sun for a planet, but it can disappear.This black hole's accreation rate is so low than it can't emit light.

Euphacema vivicrustacean

Krileen

Heterotrophic fungus. It feeds on microorganisms.

Magnacella vivifungi

Moon yeast

Heterotrophic fungus. It feeds on microorganisms.

Arbosimilis vivilignum

Metalwoods

Giant petrified trees. Autotrophs by nitrosification. They modify the landscape of previous levels. The properties of its crust are similar to those of the bed (continued). Inside them, their soft wood has nutritious properties.

Pediculum vivicrustacean

Trunktick

They look like tick-mollusks of considerable size. They eat the top part of bug 7, preventing it from passing the level.

Dentipalium vivimucus

Hammerslug

Its body is similar to that of a shiny sea slug and a wide, hard head and sharp teeth which it uses to attack trunkticks. It has protuberances similar to the wings of a bat, but with a function similar to those of a seahorse. It communicates through a pair of antennae that protrude from its head that indicate to other members of its species where there is food such as trunkticks or corpses (they are scavengers).

Indominus vivititan

Titan sickle

It looks like a leviathan. It is the largest predator on the planet and feeds on bug 11.Only the stripes on its body shine. They hibernate most of the time vertically in the deserts because maintaining their colossal bodies is almost unsustainable, but during mating or hunting seasons, they become a danger to the entire ecosystem. Apex Predator

Turturarcis vivititan

Titan citadel

Giant anteaters resembling sea turtles. The intelligent species uses them as bases for their cities due to their colossal size and resistance. Its only predator is the sickle turtle and it feeds on the internal part of the metalwoods thanks to its very long trunk capable of descending to the medium level.

Tristiquesquilla vivicrustapiscis

Sailor shrimp

It has an exoskeleton and a tail similar to those of a shrimp, as well as 8 fins that allow it to dive underwater and float above it, and, when gaining momentum, even glide. To do this, they deploy three membranes along their body, similar to sails, that help them in this task. The males of this species compete for females, they make a race, and the member that best manages the swimming race, floating and gliding, which generally has the best sails, will gain the attention of the females. The intelligent species uses bug 12 as a method of transportation.

Supralux viviclara

Supralux

Similar to moss, it lives on the surface and agglomerates in large quantities, it is adapted to the planet's gravity, so it can support a large amount of weight. The intelligent species can accommodate itself in large clumps of this moss.

Autotrophy

Chemosynthesis

Nusquempex vivipiscari

Desert dwellers

Desert dwellers are very versatile medium-sized beings with a body similar to that of a leech and a large "eye" as a crown. It is the only non-intelligent species that does not shine, since they communicate using phermones that they detect and secrete through their "eyes". They are extremely aggressive and organize themselves in anarchic societies where they constantly fight without need. They are heterotrophic, but are adapted to not need food for months. They are cannibals, but they devour everything they come across. They can survive and move through any level within the desert and are allergic to microorganisms that inhabit the forests.

They have no religion as such, but in private they worship the great beasts of the surface and consider the inhabitants of the desert demons. They have an optimistic approach to life and enjoy the company of members of their species, organizing events such as group hunts or mass debates, which can be seen from the sky as light shows.When the titan citadel goes in search of a partner to mate with, it will change its migratory route forever. At these times, the cities that meet during mating organize parties and make exchanges, either of goods or residents. When the mating season ends, they rebuild the infrastructure they left behind and continue with their lives.

The dominant culture is made up of small city-states built on top of bugs 10. Their level of development compared to humans would be at the level of the Iron Age, with their cities being considerably large. Its economy is based on agriculture. They have managed to establish farms of different species of plants and algae along the bug 10 migratory route. In addition, they create gigantic elevators inside the giant trees and use them to go down to the bed, where they build mines and extract all the raw materials possible. without damaging the ecosystem. Their society is structured under a communist socioeconomic model. The individuals most appreciated by the people take a vow of poverty and chastity, accessing the city government. The government equitably distributes resources and develops policies for the development of the city. When a new member enters the governing council, the oldest member resigns, reproduces and ends his individual existence.

They are less advanced than the dominant culture. They drift in small camps in moss accumulations and are hunter-gatherers. They are more tribal and take their religion more seriously. They are led by shaman kings to whom citizens must pay part of their profits. These shamans share part of their power with vassals or ministers, each of them in charge of a specific activity such as hunting certain species or collecting certain plants. Their religion sees other living beings as equals with whom they must live in communion. After killing an individual, they ask for forgiveness and thank him.

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Bianca Marta Schiopu, Damaris Rico, Daniela Orabona and Hajar Belqaid.

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B.R.U.T.U.S 60