Since the dawn of man, people have been able to make forays into the most inhospitable places on earth and make those places home. Unlike in other living organisms, human imagination has no bounds, with sheer wit leading man to conquer space. With such intellect and achievement, the main question on the minds of many is whether the human race has the capability to reside comfortably in outer space. Each year, scientists develop theories to shore up support for this notion, with the most renowned one being the Mars colonization theory.
With technological advancement and the development of smart innovations by tech companies across the world, the viability of getting humans into space in large numbers seems doable. Governments commit billions of dollars yearly to financing scientific institutions that are dedicated to finding solutions to extra terrestrial life. As a matter of fact, there are lots of private companies that are currently involved in partnerships with governments to develop propulsion systems that can transport large numbers of travelers to distant planets.
The reasons for this wide interest in establishing a colony outside earth include scientific research and safeguarding economic interests. The main question, though, is how soon a fully fledged transportation system can be developed and whether the planet can truly sustain life. While this seems simple to explain, the truth is that there are many factors that come into play when considering extra terrestrial living.
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.
For instance, a day in the planet comprises twenty four hours, thirty nine minutes and thirty five seconds. Compared to earth, the margin is close. This only adds weight to the scientific fact that humans residing in a Martian colony stand to experience very little variations time.
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.
Since its axial tilt is no different from the one of earth, the red planet has seasons too. The difference, however, is that its seasons are longer. Nevertheless, this means plants and animals can thrive. Extraterrestrial life is possible. Only time will tell when this will be a reality.
With technological advancement and the development of smart innovations by tech companies across the world, the viability of getting humans into space in large numbers seems doable. Governments commit billions of dollars yearly to financing scientific institutions that are dedicated to finding solutions to extra terrestrial life. As a matter of fact, there are lots of private companies that are currently involved in partnerships with governments to develop propulsion systems that can transport large numbers of travelers to distant planets.
The reasons for this wide interest in establishing a colony outside earth include scientific research and safeguarding economic interests. The main question, though, is how soon a fully fledged transportation system can be developed and whether the planet can truly sustain life. While this seems simple to explain, the truth is that there are many factors that come into play when considering extra terrestrial living.
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.
For instance, a day in the planet comprises twenty four hours, thirty nine minutes and thirty five seconds. Compared to earth, the margin is close. This only adds weight to the scientific fact that humans residing in a Martian colony stand to experience very little variations time.
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.
Since its axial tilt is no different from the one of earth, the red planet has seasons too. The difference, however, is that its seasons are longer. Nevertheless, this means plants and animals can thrive. Extraterrestrial life is possible. Only time will tell when this will be a reality.
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