It is no secret that the human race has thrived in every crevice on earth since time immemorial. From the beginning of life itself, the ingenuity portrayed by humans has seen once inconceivable ideas come to life, space exploration being a good example. With such achievements, the only question that remains is whether humans have the power to lead self sustained lives in far off planets. Year in year out, scientists come up with theories to support this notion, with the most prominent one being the Mars colonization theory.
As technology changes and new innovations get churned by tech companies, the practicality of transporting human populations in large numbers and getting them to reside in Mars seems all too possible. Year in year out, governments spend billions of dollars funding scientific programs that are aimed at probing the viability of life outside earth. Some private companies, in liaison with governments, are already engaged in the development of interplanetary transportation systems.
The main reasons for space exploration are scientific research and the protection of economic interests by nations. Interestingly though, the practicality of living in Mars continues to be a mystery even amongst top scientists. While theories on the potential of the planet to support life seem simple to understand, the thing that many people do not know is that many factors are used to analyze practicality.
To gain answers, it is important to know of the characteristics of the red planet as compared to earth. In order to sustain life, it must have significant similarities to the latter in terms of structural composition. Research indicates that it is the sole planet in the solar system that has the most similarities to mother earth.
For example, one Martian day runs 39 minutes and 35 seconds longer than an ordinary day in earth. By all accounts, the difference is not that high. This means that a typical human being would have an easy time adjusting to the slight time difference in the former.
This will have a big impact on their psychological well being. In normal situations, cosmonauts often have to go through psychological counseling upon returning from space missions so as to be safely reoriented into ordinary life. The need for this may be eliminated as more information on interplanetary travel and life is gathered.
Water certainly remains a vital constituent of life, perhaps just subsequent to air. Life would be unsustainable without it. This in itself justifies the immense effort being put into researching the colonization of new planets. Not long ago, ice water was discovered in Mars. What this means is that if the ice can be unfrozen, the planet can sustain life.
With an axial tilt closely similar to that of earth, Mars also experiences seasons. The only difference may be that its seasons last slightly longer. However, this does not negate the fact that plants can thrive under the right conditions. Life beyond earth is undoubtedly possible. It is only a matter of time before man fully conquers space.
As technology changes and new innovations get churned by tech companies, the practicality of transporting human populations in large numbers and getting them to reside in Mars seems all too possible. Year in year out, governments spend billions of dollars funding scientific programs that are aimed at probing the viability of life outside earth. Some private companies, in liaison with governments, are already engaged in the development of interplanetary transportation systems.
The main reasons for space exploration are scientific research and the protection of economic interests by nations. Interestingly though, the practicality of living in Mars continues to be a mystery even amongst top scientists. While theories on the potential of the planet to support life seem simple to understand, the thing that many people do not know is that many factors are used to analyze practicality.
To gain answers, it is important to know of the characteristics of the red planet as compared to earth. In order to sustain life, it must have significant similarities to the latter in terms of structural composition. Research indicates that it is the sole planet in the solar system that has the most similarities to mother earth.
For example, one Martian day runs 39 minutes and 35 seconds longer than an ordinary day in earth. By all accounts, the difference is not that high. This means that a typical human being would have an easy time adjusting to the slight time difference in the former.
This will have a big impact on their psychological well being. In normal situations, cosmonauts often have to go through psychological counseling upon returning from space missions so as to be safely reoriented into ordinary life. The need for this may be eliminated as more information on interplanetary travel and life is gathered.
Water certainly remains a vital constituent of life, perhaps just subsequent to air. Life would be unsustainable without it. This in itself justifies the immense effort being put into researching the colonization of new planets. Not long ago, ice water was discovered in Mars. What this means is that if the ice can be unfrozen, the planet can sustain life.
With an axial tilt closely similar to that of earth, Mars also experiences seasons. The only difference may be that its seasons last slightly longer. However, this does not negate the fact that plants can thrive under the right conditions. Life beyond earth is undoubtedly possible. It is only a matter of time before man fully conquers space.
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