The+Big+Conclusion

Before, we continue with this page, we need to discuss and post here the effectiveness of each and every disadvantage and advantage of each star. The scale will be 1 (good advantage) to 3 (bad advantage) for each point. If you do not understand what I am saying, you will understand it below. The same scale applies for the disadvantages- 1 (ineffective advantage) to 3 (damaging advantage) which means that the celestial body with the lowest score will be the one that we will be able to live on. We wil then also average the scores so that there is no controversy in the numbers of points.

No, we cannot survive in any Nebula in this whole universe. There are many reasons but mainly the reason **is it is too hot.** Other reasons include:-
 * Nebula**
 * No water
 * No atmosphere
 * No soil to grow food
 * Can't get there because the spaceship would dissolve into nothing because of the heat
 * Huge distances form the earth
 * No oxygen for us to breathe
 * Too much Gravity

No water**- 3 (Basic Survival for humans)
 * Points
 * It is too hot**- 2 (Needs can be adapted)
 * No atmosphere**- 2 (Artificial could be created)
 * No soil to grow food**- 3 (Other uses could be done)
 * Can't get there because the spaceship would dissolve into nothing because of the heat**- 1 (It would take us a long time to get to the nebula in the first place, by then another means of transport could be done or new technology could be made)
 * Huge distances from the Earth-** 2 (Warping distances for the future are currently under research)
 * No oxygen for us to breathe-** 1 (When the atmosphere is created, oxygen can be put in by the help of tree planting)
 * Too much gravity**- 3 (Primary factor- gravity cannot be altered)


 * AVERAGE SCORE: 2.125

Neutron Star** The reasons are: __Advantages__
 * Visibility of Light
 * Precious minerals
 * Long LIfe

__Disadvantages__
 * Small diameter
 * Too much gravity
 * Very dense area
 * Too far away
 * Extreme Heats
 * No atmosphere
 * Infertile Soil
 * High rotational speed

Visibility of Light-** 1 (Light is necessary for all living things)
 * Points
 * Precious Minerals-** 3 (Does not affect how we live there)
 * Long life-** 1 (Needed because humans will need a long time to adapt to the conditions)
 * Small Diameter-** 3 (Small size means small amount of population will be able to live there, which just defeats the purpose of this investigation)
 * Too much gravity-** 3 (Humans need a suitable gravity to live, otherwise we will be shorter and will be crushed)
 * Very dense area-** 2 (Dense star does not affect us except for to dig the minerals out if living is successful)
 * Too far away-** 2 (Warp distances and space fabrication are currently in research)
 * Extreme Heats-** 2 (If atmosphere is created, then we could adapt to the temperatures)
 * No atmosphere**- 2 (Artificial atmosphere could be created)
 * Infertile Soil-** 2 (Soil is not the only thing needed to grow food)
 * High rotational speed-** 1 (We will not be able to feel the sky spinning)


 * AVERAGE SCORE: 2

Planets (Mars)** The reasons are: __Advantages__
 * Suitable temperatures
 * No poisonous gasses
 * Water evidence
 * Suitable atmosphere
 * Acceptable gravitational force
 * Closer distance
 * Safety from the Red Giant transformation of the Sun
 * Nearly same size

__Disadvantages__
 * Recent evidence showing toxins in water
 * Asteroid Belt
 * Variation of climate on Mars
 * Different landscapes
 * Very faint ozone layer protecting from sun

Suitable temperatures-** 1 (No need for humans to adapt to temperatures)
 * Points
 * No poisonous gasses-** 1 (Essential for human beings)
 * Water Evidence-** 1 (Water is essential for life)
 * Suitable atmosphere-** 2 (Does not majorly affect human beings)
 * Acceptable gravitational force-** 1 (Will not affect humans in any way)
 * Closer distance-** 1 (Will take a lesser time for people to reach there and therefore more research can take place)
 * Safety from the Red Giant Transformation-** 1 (Essential for human survival for the future to prevent any problems)
 * Nearly same size-** 2 (Not totally relevant but it means that the population of Earth will be halfed, something greatly needed)
 * Recent Evidence showing toxins in water-** 2 (Does not affect much because of the ice caps on the north and south poles)
 * Asteroid Belt-** 1 (Does not affect human life in any way)
 * Variation of climate on Mars-** 1 (Does not affect humans because it is far away from Mars)
 * Different Landscapes-** 1 (Different landscapes does not affect human life- Earth also has many different landscapes)
 * Very faint ozone layer protecting from Sun-** 2 (Slightly dangerous, but will automatically reverse when the artificial atmosphere comes in place)


 * TOTAL AVERAGE SCORE: 1.31

Protostar** The reasons are: __Advantages__
 * Adequate gravity
 * Long Life

__Disadvantages__
 * No solid mass, just free-falling sand
 * Toxic Atmosphere
 * Very far away from Earth
 * No atmosphere

Adequate Gravity-** 1 (Necessary for basic human life)
 * Points
 * Long Life-** 1 (Needed for humans to properly adapt to the conditions of a protostar)
 * No solid mass, just free-falling sand-** 3 (Needed for basic human life)
 * Toxic atmosphere-** 3 (Needed for basic breathing skills)
 * Very far away from Earth-** 2 (Warp distances and space fabrication are currently being researched)
 * No atmosphere-** 2 (Artificial atmospher can be made)


 * AVERAGE SCORE: 2

Pulsar (Basically same advantages and disadvantages as Neutron Star)** The reasons are: __Advantages__
 * Visibility of light
 * Precious Minerals
 * Long Life

__Disadvantages__
 * Small diameter
 * Too much gravity
 * Very dense area
 * Too far away
 * Extreme Heats
 * No atmosphere
 * Infertile Soil
 * High rotational speed
 * Ultra High Radiation

Visibility of Light-** 1 (Light is necessary for all living things)
 * Points
 * Precious Minerals-** 3 (Does not affect how we live there)
 * Long life-** 1 (Needed because humans will need a long time to adapt to the conditions)
 * Small Diameter-** 3 (Small size means small amount of population will be able to live there, which just defeats the purpose of this investigation)
 * Too much gravity-** 3 (Humans need a suitable gravity to live, otherwise we will be shorter and will be crushed)
 * Very dense area-** 2 (Dense star does not affect us except for to dig the minerals out if living is successful)
 * Too far away-** 2 (Warp distances and space fabrication are currently in research)
 * Extreme Heats-** 2 (If atmosphere is created, then we could adapt to the temperatures)
 * No atmosphere**- 2 (Artificial atmosphere could be created)
 * Infertile Soil-** 2 (Soil is not the only thing needed to grow food)
 * High rotational speed-** 1 (We will not be able to feel the sky spinning)
 * Ultra High Radiation-** 2 (Not possible unless you wear spacesuits)


 * AVERAGE SCORE: 2

Red Giant** The reasons are: __Advantages__
 * Very big diameter

__Disadvantages__
 * Too bright
 * Very high temperature
 * Too far away
 * Short life
 * Would change before we had the chance to adapt to it


 * Points**
 * Very big diameter-** 1 (Very good for the future of human population)
 * Too bright-** 2 (Could be changed with a protectable helmet)
 * Very high temperature-** 2 (Could be changed with a suitable thermulated spacesuit)
 * Too far away-** 2 (Could be regulated with current research on space fabrication and warps)
 * Short life-** 2 (Could travel to different places from there onwards)
 * Would change before we had the chance to adapt to it-** 3 (Very bad because humans future on a red giant would then be screwed)


 * AVERAGE SCORE: 2

Red Supergiant** The reasons are: __Advantages__
 * Very big diameter

__Disadvantages__
 * Too much heat and light
 * No water
 * No atmosphere
 * No soil to grow food
 * Can't get there because the spaceship would dissolve into nothing because of the heat
 * Huge distances from the earth
 * No oxygen for us to breathe
 * Too much Gravity
 * No solid ground

Very Big Diameter-** 1 (Good for population management)
 * Points
 * Too much heat and light-** 2 (Can be altered by the use of spacesuits)
 * No water-** 3 (No water means no survival for humans)
 * No atmosphere-** 2 (Artificial atmosphere could be made)
 * No soil to grow food-** 2 (Soil is not the only place that food grows)
 * Can't get there because the spaceship would dissolve into nothing because of the heat-** 3 (Cannot be altered and endangers human's lifes)
 * Huge distances from the Earth-** 2 (Space warp and time fabrication are currently in research)
 * No oxygen to breathe-** 2 (Could be pumped in once the atmosphere is created)
 * Too much gravity-** 3 (Gravity cannot be altered)
 * No solid ground-** 3 (Makes it impossible to stand and that is a necessity)


 * AVERAGE SCORE: 2.3

NO PERSON CAN LIVE ON A SUPERNOVA, BECAUSE A SUPERNOVA IS THE SCIENTIFIC TERM FOR A HUGE STELLAR EXPLOSION. IT IS A WELL KNOWN FACT THAT NOBODY CAN LIVE ON AN EXPLOSION, BECAUSE OF THE TOXINS, LACK OF ATMOSPHERE, ABSORPTION, LACK OF FOOD AND WATER AND NO BASIC NECESSITIES.

White Dwarf** The reasons are: __Advantages__
 * Very dense

__Disadvantages__
 * Very high temperature
 * Far away from Earth
 * Very luminous
 * No water
 * Infertile soil
 * No atmosphere

Very dense-** 3 (Does not affect our survival on a White Dwarf, nor does it make it any easier)
 * Points
 * Very high temperature & Very Luminous-** 2 (Could be dealt with with a spacesuit, even though they are //very// expensive)
 * Far away from Earth-** 2 (Not as far as other celestial bodies [except planets], but space fabrication and warps are currently under research)
 * No water-** 3 (Water is essential for human life)
 * Infertile soil-** 2 (Food does not //have// to be grown on the soil)
 * No atmosphere-** 2 (An artifical atmosphere can be created)


 * AVERAGE SCORE: 2.33**

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