The possibility of extraterrestrial life has always revealed us, although so far there is no definitive answer. In this case, science presents 5 feasible places.
After several investigations, scientists determined five places where extraterrestrial life can live. It is believed that they could be hidden, so finding them is not easy. Also, they are most likely not in the same place as humans.
Scientists presented a series of justifications in order to support the possibility that there are more beings living together in the Universe, outside of Earth.
A team of researchers from the United Arab Emirates created a methodology to determine which are the places where there are several probabilities of extraterrestrial life.
In this regard, it was determined that aliens could live “in completely cold and dry conditions” and in this sense it was estimated that they could also live “in depths that have unimaginable pressures and without the need for sunlight as energy”.
This is why it is believed that the extraterrestrials could have adapted to a different way of living, and also, to a very different context from the one they are probably used to. Now, what are the places where there may be extraterrestrial life?
This is because this moon of Jupiter is awash in water. Also, radiation hitting the icy surface could generate oxygen, which could probably reach the subterranean oceans.
Jupiter’s icy moon is the best candidate for finding alien life.
This planet has been habitable for billions of years, in times when it had lakes and rivers of liquid water on its surface.
This is why it is estimated that there are chances that there is some kind of extraterrestrial survivor, so it is likely that signs of ancient life will be found.
It could be one of the places where there is extraterrestrial life because it has hidden salty oceans. This could indicate that there is some kind of supernatural life on this site.
Enceladus is the satellite of Saturn.
Saturn’s largest moon has one of the most robust atmospheres, which is full of lakes, rivers and seas, although some of them are made of matane and others hydrocarbons. In addition, it contains organic materials.
Being the largest natural satellite of Jupiter and the solar system itself, it could contain a warm ocean under the ice. Like Ganymede, Callisto – another moon of Jupiter – could also have a vast subterranean ocean.
What would extraterrestrial civilizations more advanced than ours be like?
Green or metallic, with disproportionate heads that show their huge brains and very large eyes, elongated fingers to point at things in the purest E.T. and not especially high. Thus, on the whole, it is how humanity has thought that the physiognomy of aliens would be, thanks to years of representations in popular culture. Today it is difficult to predict, taking into account that to date they have not given any sign of life.
But the human being does not give up. The search for life on other planets is one of the most important maxims of our existence, and should start all the news if it ever happened. With the exception of some astronomer or lover of space (let’s remember that “the truth is out there”), ordinary people live immersed in their daily lives without thinking much about that big question. If we care little what happens in the next neighborhood, it is difficult to feel empathy for beings millions of light years away. However, it is something that would answer the big questions about ourselves and our supposed exceptionality.
From giant machines detectable by their residual heat in the mid-infrared to bacteria, much has been theorized about it.
No one agrees on how they could be, although the classic Martians are not very convincing. For Chris Hadfield, former commander of the International Space Station, some of the Star Trek examples might not be far off, while for astrophysicist Jason Wright, we should be looking for giant machines, which are likely “detectable by their residual heat in the mid-infrared.” ” and symbols of advanced societies.
Others speak of simple bacteria and not of civilizations more advanced than ours, since we must always remember that life is not synonymous with intelligence. In fact, astrobiologist Chandra Wicramasinghe developed the theory known as panspermia, which holds that life on Earth came as microbes traveling through space on meteorites and interstellar dust.
You have to take a series of points into account to understand what these strange beings from a very distant galaxy could be like.
If life were not intelligent like ours, it would not only be an explanation for the Fermi paradox (the contradiction between the apparent evidence of extraterrestrial life and the impossibility of finding it) but in that case it would demonstrate the exceptionality of our planet . And, by the way, it would save us some dangers such as those of sending messages into space expecting a response when we don’t know if those who are out there are friendly or would come in peace.
In any case, a series of points must be taken into account to understand what these strange beings from a very distant galaxy could be like. The first is that of convergent evolution: on our planet, different species often have similar adaptive traits (eyes, ears or nose, to give one example, although wings would be another). A fly has different eyes than ours, but they are eyes after all.
However, deep in the ocean or inside caves, some organisms don’t have eyes because they don’t need them. Leaving aside intelligence, which is somewhat more complex, for example, aliens would only need eyes in places where starlight is likely to penetrate.
We have four limbs because a fish with four fins came out of the sea 400 million years ago, but we could have had eight.
Coincidences in evolutionary history will always affect the details and appearance of animals. We have four limbs because a fish with four fins came out of the sea 400 million years ago, but we could have had eight. That takes us away from any other equivalent species on an alien planet, but it also brings us closer to them because it is a rule that applies anywhere in the Universe.