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| 02 Feb 2015 07:37 PM |
...Nothing. That's simply all there is. Well, there is you, but there is also nothing. You are nothing but you are everything. Let's not dwell too deep into the logic, it's not strong.
You're a god, staring over at blankness. Pure white. No sound, no smell, no taste, no... thing. But you can change that, and you are changing that. You release all your energy (pretty much the equivalent of clapping five times) and the most magnificent sight that no one will ever see is revealed to you; a bright blast of all that there is and all that ever will be. Time, space, life, death, all of it has been witnessed by you.
The universe is fresh, it is new. It's blazing hot, with young, unstable stars swirling around the universe. Galaxies are just beginning to form. In rare occasions, chunks of rocks collide together to make bigger chunks of rocks.
What will you do with unlimited power?
(I'll be giving suggestions as to kind of guide you in what to do. You're not gonna skip straight ahead to just the cell form of your stage, there's a lot of things behind that.)
SUGGESTION: Mold a star system to your liking.
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| 02 Feb 2015 07:42 PM |
Well, of course.
I will start with the planets, there will be four for now. Each one, decreasing in size, as you go father away from point X-which will soon be a stable star, which the four planets will begin rotating around. |
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| 02 Feb 2015 08:02 PM |
The star swirls around, shooting out powerful solar flares, cooking all the asteroids within the system. These asteroids are pushed into each other and a huge disc is formed around the star. Large asteroids are visible, but we'll be focusing on this large hunk of superheated, radiation-soaked rock with a 900 km radius (For scale, Earth's radius is 6.3 thousand km.)
SUGGESTION: Describe the star and system more. Perhaps what each planet will be like.
Star Types: -Frozen (Logic isn't strong here but they're blue stars, giving off flares of subzero particles that freeze on impact. Cold to the touch, pretty much an anti-star.) -Radioactive: Exactly as it says, the star is powered by radioactivity and lets off bursts of horrifying radioactive energy. It's hard for life to grow in these systems but if it does it'll be incredibly toxic and tough, two amazing stats. -Red Giant: Exactly how they are in real life, these red giant stars would create massive star systems with colossal planets, cooked by the sun. The planets in these systems would boil water instantly and have lots of volcanic activity. Like radioactive stars life here would be durable, tough, rare and resistant. |
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| 02 Feb 2015 08:12 PM |
| Of course there are also regular, moderate suns like our Sun here on Earth that allow for all kinds of different planets, too. |
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| 02 Feb 2015 08:22 PM |
| The sun itself will be a moderate sun, now for the planets, for now they are A B C and D; A is the largest planet of the four, it is also the closest to the sun, making it the hottest. The surface is semi-molten lava, with the occasional volcano that creates more surface. B is rocky, and mountains are scattered across the surface, it is quite stormy and there is lots of flooding in the lower areas. C is what would be the equivalent of Earth-ish--It is quite broad and diverse, it is made up of about 45% land and 55% water, mountains and deserts are scattered across the surface of planet C. Finally, planet D is a gas planet, There is no solid surface, however the combination of gases within it cause the planet to appear different colors of the rainbow. |
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| 02 Feb 2015 08:35 PM |
As the star begins to grow older, the disc of dust and asteroids fade, as they have all collided into planets. The first planet has smoke in its atmosphere and is cooked to be as hot as possible, the ground itself being malleable since it is almost in a lava state -- planet A.
The next planet has gathered a lot of asteroids. It is incredibly rocky and has the most metals out of all planets. It's mountains are incredibly tall, some piercing through the acid clouds that make up the atmosphere. Planet B.
The next planet is a rocky and young planet. It contains lots of water and has a moderate temperature. Most of the land makes up one side of the planet, while the rest is water, with various islands scattered across the gigantic ocean. There are currently no plants which means it has no atmosphere yet, however recently a small asteroid has impacted with it's primary ocean... This asteroid has brought something special with it -- life. This is planet C.
Planet D is the second oldest planet in the system after A. It was created when a superheated radioactive rock was blasted with a burst of rare gasses from it's star. The gasses bubbled around the planet and soon a gas planet was formed.
SUGGESTION: Focus on evolving the life on C. |
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| 03 Feb 2015 07:48 PM |
| In order to begin life, we obviously need an atmosphere, right? Therefore, I will begin periodically creating small trees, bushes, and other plants in both the land and sea (Mostly weeds and algae in the sea) These plants will be surviving off a small mix of CO2 that is inside the very very thin atmosphere, until the atmosphere is thick enough to support other life. |
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| 04 Feb 2015 09:33 AM |
| The plants that grow on planet C right now are young, and they don't grow larger than a bush. The trees are like shrubs, and grasses are rare. The first flower has yet to bloom, but fungi has started to form, creating small mushrooms. A meteorite slams straight into the ocean of planet C and sinks to the bottom of the ocean, but as it sank, cells fell off of it. |
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| 04 Feb 2015 04:40 PM |
(Don't really know where to go from this.)
I guess, I will examine further. How big are the cells? What will they live on (eat)? And where will they live? |
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birm123
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| Joined: 06 Oct 2012 |
| Total Posts: 16942 |
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| 04 Feb 2015 04:45 PM |
| [Where is the signups thread?] |
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| 04 Feb 2015 04:48 PM |
| The cells are small, smaller than red blood cells. They start out in the cool ocean and eat, or rather absorb, other cells and nutrients present in the water. |
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| 04 Feb 2015 04:52 PM |
| Ok, is there a way that I can create an asteroid with cells that are smaller than the current ones, if so I would like to do so, and crash it near where the cells currently are. |
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| 04 Feb 2015 05:32 PM |
| The asteroid smashes into the ocean and kills many cells, but the smaller ones are released into the ocean. |
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| 06 Feb 2015 06:09 PM |
| A willing sacrifice, for the greater good. Let the (I will call them the Alpha-cells) Alpha-cells devour the other cells. |
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Lices
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| Joined: 31 Jan 2015 |
| Total Posts: 770 |
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Lices
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| Joined: 31 Jan 2015 |
| Total Posts: 770 |
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Lices
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| Joined: 31 Jan 2015 |
| Total Posts: 770 |
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