Artificial intelligence detects new humans

It seems that even the world is not safe from a 21st century "job" when an algorithm has found a human race that has never been found before in Asian DNA today.

Breakthrough research recently published in Nature Communications shows the existence of an extinct mysterious species of ape.This is a hybrid ape among Neanderthals (primates), Vikings and modern Asians , formed after the exodus of 'Africa' . In ancient anthropology, modern humans are of African origin through prehistoric migration flows spread throughout the world.

Picture 1 of Artificial intelligence detects new humans
A picture that records the life of a family of primates in the cave.(Photo: Reuters).

RT channel led the results of a study that reported an AI algorithm developed by researchers at several European organizations that used the DNA of some modern Asian people and discovered the sign remains of this unknown humanity.

This groundbreaking result marks the first time artificial intelligence has been applied to a deeper understanding of human evolution, and it is possible to make archeology one of the "early occupations replaced by AI".

According to a statement from the Genome Adjustment Center, research paved the way for this technology to be applied to other biological, genomic and evolutionary questions.

The primates belong to Europe, while the Vikings migrate to Siberia, Southeast Asia and Oceania. Tens of thousands of years ago, this human species bred with modern humans formed in Asia after the 'Out of Africa' migration . From the time of the 'Departing Europe' trend, migrants have bred with primates in all continents, except Africa.

The DNA of modern Asians always alternates with the existence of a mysterious third ancestor that so far, researchers have not been able to accurately determine until the AI ​​algorithm is solved. Based on the results of this algorithm, AI is able to detect features from the nervous system of different types of mammals and recreate the historical path to form humans.