Most of Human History Remains Invisible, Like Dark Matter
Traditional historical accounts frequently lack written records from the earliest civilizations, leaving vast periods undocumented except for faint traces in stone, bone, and clay.
New scientific methods and archaeological discoveries are reshaping our understanding of early human history.
Traditional historical accounts frequently lack written records from the earliest civilizations, leaving vast periods undocumented except for faint traces in stone, bone, and clay.
Kurzgesagt suggests that the current year '2026' is an arbitrary marker that obscures the true scale of human history, which extends far beyond the common era.
The Holocene, which began 12,000 years ago, marks the period when Earth's climate became warm and stable, providing the conditions necessary for civilization to flourish following the last ice age.
Proposing 'Year 12,026' as the current date helps acknowledge the extensive foundation of human development, recognizing that significant human activities were already well underway 2,026 years ago.
Hunting, bread-making, and brewing beer were essential labor specializations at Karahan Tepe, a site where ancient humans collaborated on massive stone projects 7,000 years before the Egyptian pyramids.
This brutal collaborative effort required significant energy and ushered in new forms of organization and specialization that had not existed before, including roles for hunters, bread-makers, and brewers.
The sheer scale and complexity of these early constructions suggest the birth of early religious or symbolic expression, marking a pivotal moment in human communal development.
With a finally stable climate, communities began to cultivate plants systematically rather than merely gathering from the wild, laying the groundwork for agriculture.
This shift fostered the growth of permanent settlements, complex rituals, and communal beliefs, all centered around agricultural practices.
Major sites such as Göbekli Tepe demonstrate the spread of this new, structured lifestyle across the region, with the people of Taş Tepeler representing a pivotal transition toward an organized agricultural society.
Increased food production from early agriculture supported larger populations, leading to the emergence of new social roles and specializations.
The birth of craftsmen, artists, and overseers indicated early social stratification and the development of longer trade networks.
Around 10,000 years ago, marking the third millennium of the Human Era, the global population was estimated to be between 5 to 10 million people, sustained by these new agricultural advancements.
This valuable resource facilitated extensive trade networks that spanned hundreds of kilometers, connecting distant villages into a single web of contact.
The ancient village of Çatalhöyük, dating back 8,500 years, featured densely packed houses without streets or alleys, accessible solely by wooden ladders and bridges that led to holes in their roofs.
Residents domesticated feral goats and sheep, marking some of the earliest instances of animal husbandry for food.
The interiors of homes were elaborately decorated with animal paintings and plastered bull skulls, while figurines of naked females found at the site may represent early religious worship or artistic expression.
The people of Çatalhöyük practiced unique mortuary rituals, burying their deceased loved ones deep beneath the floors of their homes.
After several years, bodies were exhumed, and their heads were removed to be decorated and painted, possibly to keep the memory of family members alive or to connect with the spirit world.
Farmers from Southwest Asia migrated, spreading new agricultural technologies, livestock, and ways of life into regions previously inhabited by hunting-gathering communities.
Archaeological evidence, including skeletons bearing wounds from arrows, clubs, and other weapons, along with grim mass graves containing bodies with arrowheads still lodged in bone, suggests widespread conflict.
The increasing complexities of resource management and food storage within these expanding agricultural societies necessitated the development of defensive infrastructure.
The receding glaciers of the last ice age created one of Earth's largest lakes, which was bigger than the modern-day Caspian Sea and held back by colossal ice sheets that formed a gigantic natural dam.
Rising global temperatures eventually caused this massive ice dam to melt and fail, dramatically altering the ancient world's landscape and representing a significant moment where environmental catastrophe shaped human history.
The sudden drainage of the colossal glacial lake into the ocean caused global sea levels to rise by 1-2 meters and significantly slowed the North Atlantic conveyor belt, leading to cooler and drier climates.
A drought lasting over a century created an existential crisis for some communities, forcing farmers to adapt their techniques and prompting populations to migrate toward fertile river valleys like the Nile and Mesopotamia, where communities began engineering canals to control water flow.
Innovations in water management and grain storage allowed early civilizations to accumulate immense wealth through agricultural surpluses.
These surpluses supported significant population booms, which eventually gave rise to the first true city-states.
The climate stabilized after a century or two, ending the droughts and further strengthening these agriculturally advanced societies.
Around 6,000 years ago, the Trypillia culture in what is now Ukraine constructed massive mega-settlements, such as Talianky, which consisted of vast concentric rings of houses.
These settlements housed thousands of people who engaged in farming wheat, barley, and peas, and kept animals.
The development of these large-scale communities was paralleled by rising trade networks that accelerated the spread of essential tools like the plow and the wheel across the region.
The increasing complexity of early cities necessitated administrators to track resources and taxes, leading to the development of accounting systems on clay tablets.
These early marks on clay, used for counting barley or sheep, slowly evolved into actual writing.
This period marks the end of the 'dark matter' era of history, as evidenced by the first recorded name, Kushim, found scratched into wet clay on a tablet detailing barley for beer.
Kurzgesagt promotes the Human Era calendar, which begins 12,000 years ago at the dawn of human civilization, celebrating the extensive history beyond the conventional timeline.
The latest edition of the calendar specifically honors the dark tales and legends that helped early humans make sense of the world before the advent of science.
Purchases of the calendar help fund independent, science-based educational content, supporting art about humans, by humans, and for humans.
Answers come from the transcript, with the exact spot cited.
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