6. Artificial intelligence and biomolecular miracles reshape archaeology - "9. AI real-life cases"

Artificial intelligence has played a major role in archaeology, facilitating the discovery of the Nazca Lines through high-resolution satellite imagery and crowdsourcing.

The open science movement has fostered collaboration, made archaeological knowledge more accessible, and attracted indigenous partners, reshaping narratives. Artificial intelligence and biomolecular research have revolutionized archaeology.

The discovery of the remains of an Australopithecus ape, Taung Child, in South Africa in 1924 shifted the focus of human evolution research to Africa and opened up a century of exploration of the so-called "human cradle."

Hominin fossils, from the 44,000-year-old skeleton Ardi to various Australopithecus fossils, challenge traditional genealogical concepts and overturn existing understandings of hominin evolution.

Discoveries of ancient DNA reveal mating events between modern humans, Neanderthals, and Denisovans over a wide period of time.

Through the archaeology of artificial intelligence and biomolecular development, past, present and future converge towards creating a more enlightened and sustainable world.