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.
This enhanced interest in space exploration is often based on the mantra of governments safeguarding their economic interests and enhancing scientific research. The puzzling question, however, is how soon fully fledged transportation systems can be put to use and whether Mars has the capacity to sustain life. While the explanation for this seems simple to understand, the often unknown truth is that a plethora of factors affect the probability of a planetary system supporting life.
To get a better understanding, it is crucial to learn more about its characteristics in comparison with earth. To support life, the two planets ought to be closely similar in structural composition. Studies have shown that the red planet is more closely related to earth than others in the solar system.
The Martian solar day consists of 24 hours, 39 minutes and 35 seconds. Compared to that of earth, scientists consider this a close margin. In essence, it only adds credence to the fact that human beings living in a Martian colony will experience familiar durations of daytime.
Massive time variation often has a major effect on psychology. Normally, cosmonauts are mandated to undergo psychological counseling every time they return from space missions prior to reintegrating into normal life. This requirement may no longer be mandatory thanks to new discoveries on interplanetary travel and life.
Water undoubtedly remains a significant component in life, maybe only second to air. Life would cease to exist without it. This essentially justifies the extensive research that governments are putting into the probable colonization of new planets. In recent times, scientists uncovered evidence of ice water in Mars. This implies that it has the inherent capability of sustaining life, the usability of its water being the main determining factor nonetheless.
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.
This enhanced interest in space exploration is often based on the mantra of governments safeguarding their economic interests and enhancing scientific research. The puzzling question, however, is how soon fully fledged transportation systems can be put to use and whether Mars has the capacity to sustain life. While the explanation for this seems simple to understand, the often unknown truth is that a plethora of factors affect the probability of a planetary system supporting life.
To get a better understanding, it is crucial to learn more about its characteristics in comparison with earth. To support life, the two planets ought to be closely similar in structural composition. Studies have shown that the red planet is more closely related to earth than others in the solar system.
The Martian solar day consists of 24 hours, 39 minutes and 35 seconds. Compared to that of earth, scientists consider this a close margin. In essence, it only adds credence to the fact that human beings living in a Martian colony will experience familiar durations of daytime.
Massive time variation often has a major effect on psychology. Normally, cosmonauts are mandated to undergo psychological counseling every time they return from space missions prior to reintegrating into normal life. This requirement may no longer be mandatory thanks to new discoveries on interplanetary travel and life.
Water undoubtedly remains a significant component in life, maybe only second to air. Life would cease to exist without it. This essentially justifies the extensive research that governments are putting into the probable colonization of new planets. In recent times, scientists uncovered evidence of ice water in Mars. This implies that it has the inherent capability of sustaining life, the usability of its water being the main determining factor nonetheless.
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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