24000s

The term "24000s" refers to a hypothetical or speculative concept often discussed in fringe science, conspiracy theories, and alternative history circles. The idea suggests that humanity may have experienced a highly advanced civilization in the distant past, possibly around 24,000 years ago, which then mysteriously vanished. Proponents of this theory often cite unexplained archaeological anomalies, ancient texts, and cultural myths as evidence of this lost civilization.

One of the most prominent figures associated with this idea is David Icke Wagner, a researcher who proposed the theory in the 1970s. Wagner suggested that a global catastrophe, possibly involving advanced technology or extraterrestrial intervention, wiped out this civilization. His work drew inspiration from ancient myths, such as the biblical story of the Great Flood, and the Sumerian Epic of Gilgamesh, which also describes a catastrophic deluge.

Supporters of the 24000s theory point to various archaeological sites, including the Göbekli Tepe in Turkey, which predates known agricultural societies and suggests advanced planning and construction techniques. Others reference the sudden disappearance of advanced cultures, such as the Olmecs in Mesoamerica or the Indus Valley Civilization, as possible remnants of this lost era. Some also speculate that the term "24000s" may be a reference to the precession of the equinoxes, an astronomical cycle that occurs roughly every 26,000 years, which some believe influenced ancient calendars and civilizations.

Critics argue that the 24000s theory lacks credible evidence and is often based on speculative interpretations of ancient texts and artifacts. Mainstream archaeology and history generally attribute the development of early civilizations to gradual cultural evolution rather than the sudden emergence and disappearance of an advanced society. Despite its lack of widespread academic acceptance, the concept continues to appear in popular culture, conspiracy theories, and alternative history discussions.