Scientists find the place where Moses split the Red Sea

Scientists find the place where Moses split the Red Sea

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Researchers from the University of Miami have made a startling discovery at the bottom of the Red Sea that could shed light on the biblical story of Moses and unlock the mysteries of the origin of life on Earth. While exploring the deep waters of the Gulf of Aqaba with an underwater robot, they discovered unique brine pools. These pools are deadly traps for living organisms.

At a depth of approximately 1219 meters in the Red Sea, scientists have discovered pools of extremely salty water, the salt concentration in which is ten times higher than the usual sea water. The water in these pools is completely devoid of oxygen, making them deadly traps for any living organisms that get there. But scientists have also noticed the flourishing of extremophile prokaryotes.

The unique conditions of these pools are reminiscent of the environment that could have existed on the early Earth. They allow scientists to study the processes that likely played a key role in the origin of life. Such extreme ecosystems help us understand how the first organisms on the planet could have survived.

It is interesting that this discovery was made in the Red Sea, a place that, according to biblical legend, is associated with the story of the prophet Moses. It is believed that it was here that he parted the waters to save his people. Some researchers have suggested that this phenomenon could have occurred in the Gulf of Aqaba, as it is much deeper and wider than other parts of the sea.

In addition to its scientific significance, this discovery is also of historical interest. Although it is not an indisputable proof of biblical events, it can confirm the hypothesis that the story of Moses has a real basis.

Further research into these mysterious basins can not only shed light on the Earth's distant past, but also help scientists in their search for life beyond our planet. Similar extreme conditions may exist on some moons of Jupiter and Saturn, making this discovery even more important.

The researchers continue to study the found basins, hoping that their findings will help to reveal new aspects of the history of our world. Many more experiments and analyses are ahead that could change the way we think about the origin of life not only on Earth but in the universe.