Finding Earth 2.0 And Mars 2.0 Using Earth Similarity index & Mars Similarity index
Exoplanets are those planets outside our solar system. We are interested in finding Earth version 2.0 and in our work, we have extended to find…
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Exoplanets are those planets outside our solar system. We are interested in finding Earth version 2.0 and in our work, we have extended to find…
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Human exploration beyond Moon is getting more probable with passing years. The most accessible aim of our future missions is Mars. So far, NASA has…
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Jupiter plays an important role in the orbital dynamics of many celestial bodies in the solar system especially for Mars whose axial tilt varies over…
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One of the central problems in the modern high energy physics is related to our ability to describe and explain the behavior of the quark-gluon…
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The 2017 Nobel prize in physics has been awarded to Kip Thorne, Rainer Weiss, and Barry Barish, “for decisive contributions to the LIGO detector and…
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Climatic conditions and accompanying glacial/periglacial processes have been suggested to vary on Mars during the Late Amazonian epoch (~1.0 Ga to present). While evidence for…
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The current atmosphere of Mars is tenuous, with a surface pressure only about 3% of Earth’s, and consisting mostly of carbon dioxide. Almost no liquid…
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Rocky planets like Mars and Earth have formed during the early stages of our Solar System by acquiring their mass through collisions of planetesimals and…
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Still, in the 21st century, we don’t have the answer to this big question: How our Earth, life, and this solar system were made? The…
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The asteroid belt is a collection of approximately 300,000 objects greater than 1km in diameter. These solar system “small bodies” sit between Mars and Jupiter…
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Suppose you colonized Mars. How would you do it? What would you do? … But we considered factors to determine potential colonization sites: Temperature The…
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