Ancient Anatolia: Cradle of Civilization?
As humans, we’ve progressed from living in primitive dwellings to villages, then full-scale civilizations. This shift has been gradual but certainly significant.
How exactly did the concept of civilization come about? Unlike simple villages, civilizations are much more structurally and socially advanced. Let’s dive deeper into what makes up a civilization and where the first civilization originated.
What is a civilization?
A civilization is the most advanced stage of human development and societal organization. While experts debate the primary characteristics of a civilization, the main attributes include:
- Cities or “urban settlements”
- Social classes
- Agriculture and animal husbandry
- Government
- Trade and production
- Public buildings
- Metallurgy
- Written language
- Technology/scientific development
- Monumental architecture
It’s important to keep in mind not all of these attributes are necessary for a society to be characterized as a civilization. For example, the Incas did not have a written language, yet they were a highly advanced civilization. Therefore, it may be better to think of these attributes as guidelines for measuring the advancement of a civilization.
Where did civilizations come from?
The term “cradle of civilization” is synonymous for “birthplace of civilization.” In other words, it’s a place where civilization began.
Some experts believe there was no one single “cradle,” but rather several civilizations developed independently. Several origins of civilization include Caral, Peru; Egypt; and China.
However, there is one particular region that’s widely accepted as the original — and perhaps the sole — cradle of civilization: Anatolia, which is located in modern day Turkey.
Anatolia: Cradle of Civilization?
Although it is difficult to pinpoint a singular cradle of civilization, there is some evidence to suggest that Anatolia may have been the birthplace of civilization as we know it today.
First and foremost, scientific findings suggest Anatolia played a huge role in agricultural development and may have acted as a “hub” for spreading farming techniques westward into Europe.
Secondly, scientists have traced the origins of ancient grains — specifically, einkorn wheat — to Anatolia. This is particularly significant because of the “technical complexity and the culinary manipulation” that are necessary to turn these grains into staples. Therefore, the ability to produce cereals signifies a highly advanced society.
Anatolia’s proximity to Europe likely helped facilitate the spread of agriculture to westerners, but how did the people of Anatolia become so advanced in the first place?
The Advancements of Anatolia
Anatolia was a hub for advanced civilizations including the Hittites, the Assyrians, and the Greeks, but before the rise of these civilizations, there was Gobekli Tepe.
Gobekli Tepe is an ancient site that has been called “The World’s First Temple.” It features technology and architecture that were highly advanced for the times, considering it was built some 11,000 years ago.
Research suggests outsiders may have influenced and inspired the construction of Gobekli Tepe through what is known as a “transfer of technology.” Ancient civilization researcher Graham Hancock has explored this idea in-depth, arguing a third party taught advanced skills to the native humans of the area.
Some believe the Annunaki bestowed their knowledge upon the Anatolia region. This group of deities is frequently referenced in ancient texts, in which they are praised for their sophisticated scientific and mathematical abilities.
Did the concepts of farming and agriculture also come from the Annunaki? If this is indeed the case, it means we can credit these mystical beings for skills and techniques we still rely on today. Moreover, it means that the Annunaki played an enormous role in the foundation of civilization itself.
There is certainly plenty of information to absorb with regard to how civilizations came to be. Based on what we know about Anatolia and the Annunaki, we can assume both may have played a big role in the foundation and evolution of civilization. As with any complex topic, we encourage you to continue to explore this subject on your own.
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The Mathematical Genius Encoded in the Great Pyramid
Across the shifting sands of time, nowhere has remained more mysterious than ancient Egypt. This desert beacon continues to allure millions due to its unsolved secrets, theories, and godlike pharaohs.
But perhaps the greatest reason for Egypt’s enduring popularity is a theory that places the age of this enigmatic land’s monuments so far back in history that Egyptology’s explanations seem untenable. This ultra-ancient origin has led many to surmise that the people who built these physical structures were capable of such an advanced level of engineering, in which they encoded the mathematical principles of life itself.
The architects of ancient Egypt’s monuments were far more purposeful in their proportions, measurements, angles, and equations than most modern-day archaeologists credit them with. There is also the distinct possibility that these architects found a way to naturally harness electricity from the Earth itself.
A Mathematical Code of the Universe?
While archaeologists have long been infatuated with the construction and grandeur of the Egyptian pyramids, the greatest mystery may have nothing to do with how these structures were precisely designed and crafted, but more about how they were potentially used as powerful devices to generate electrical power.
The Great Pyramid of Giza features both a shape and location designed to harbor mathematical constants. This same mathematical theory can be found throughout nature and across the universe.
Nikola Tesla, who sought to tap into the electromagnetic currents of the earth to bring the world unlimited electrical power, was in touch with these same mathematical underpinnings. Like the pyramid builders, Tesla realized Earth is a magnetic generator, spinning around two poles, with the potential to generate limitless energy.
In 1905, he filed a United States patent, titled “The art of transmitting electrical energy through the natural medium,” and conceptualized designs for a series of generators stationed in strategic sites worldwide that would collect energy from the ionosphere. With its two poles, Tesla saw the earth as a massive electrical generator of limitless energy and designed generators based on the pyramids’ design.
