MYSTERIES

A discovery in the Andes mountain range challenges scientific history

A group of researchers has put their gaze in an inhospitable region of the Andes, where time and extreme conditions have preserved fundamental clues about chemical processes that gave rise to life on earth. This discovery not only offers a new scientific perspective, but also challenges the most accepted theories about the origin of life.

An introduction to the enigma of creation

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© Ostapenko Oleksandra

For decades, the origin of life on earth has been one of the most fascinating and debated issues in science. Theories such as “primordial soup” or deep hydrothermal vents have dominated the panorama, but the Andes, with their extreme environment and their unique geological history, could rewrite this narrative. Recent research has discovered geological formations that could contain the key to understanding how essential organic molecules managed to emerge and evolve in a hostile environment.

The connection between the Andes and the hydrothermal theory

Hydrothermal theory, widely accepted, suggests that life originated in the depths of the oceans, near hydrogen -rich submarine vents. These hydrothermal chimneys would have generated a chemically active environment, favoring the formation of organic molecules. However, the Andes, with their unique characteristics, pose an alternative scenario.

The finding of geothermal structures at extreme altitudes suggests that the chemical processes that promoted life formation were not confined to the oceans. At these altitudes, the interaction between high temperatures, minerals and water would have created the ideal conditions for organic molecules to arise and persist. The Andes, therefore, could represent a natural laboratory to study how extreme geothermal environments influenced the origin of life.

The impact of discovery on molecular evolution

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© Turek

One of the most intriguing aspects of discovery is how these geological formations could have favored molecular evolution. According to researchers, rocks in the Andes could have acted as a refuge for the first organic molecules, protecting them from adverse external factors such as ultraviolet radiation or drastic temperature changes.

Similar to the theories that propose the formation of amino acids under conditions controlled by solar radiation and heat, the Andes would have offered an environment in which organic molecules could interact and evolve. This process of protection and evolution in extreme environments is a key factor that scientists now try to understand more depth.

The discovery not only opens a window to the past of the earth, but also raises questions about how life forms could arise with similar conditions. The combination of extreme conditions and unique geology could be a model to follow for the search for life outside the earth.

Challenges and the way to new research

Although this discovery opens exciting doors, it also faces numerous challenges. Scientists must now compare the data obtained in the Andes with other geothermal environments around the world to determine if this phenomenon is unique or more common than was thought.

Another challenge is to recreate the exact conditions observed in the Andes in laboratory. This would allow researchers to replicate the chemical reactions that could have led to the formation of organic molecules, confirming or refuting their relationship with the origin of life.

Finally, this discovery also invites us to reconsider the role of extreme environments in the history of life. While before it was thought that these environments were too hostile to support any biological process, they now seem to be the key to understanding the origins of life on earth and possibly in other worlds.

The future of life enigma

The discovery in the Andes is only the beginning of a path that promises to change our understanding about the origin of life. As scientists deepen these research, we could be closer and closer to solving one of humanity’s greatest mysteries.

The Andes, with their millenary history and their geological uniqueness, remind us that there is still much to discover on our own planet. Perhaps, the answers we are looking for about the origin of life have been hidden, all this time, at the heights of this majestic mountain range.

(Source: The chronicler)

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