BUILDERS OF THE ANCIENT MYSTERIES - Full movie in English - (Documentary, Civilization, Archeology)

My Digital Channel _ Films Complets・2 minutes read

Ancient sites worldwide raise questions about the advanced engineering skills of past civilizations, challenging conventional historical narratives. Connections between structures in places like Giza, Angkor Wat, and Easter Island hint at a shared architectural legacy inspired by ancient civilizations and encoded with astronomical and mathematical knowledge.

Insights

  • Ancient civilizations like the Rapa Nui on Easter Island and the Inca in Peru showcase remarkable construction precision and mastery, raising questions about potential connections and shared techniques.
  • The Antikythera Mechanism, discovered in 60 BC, reveals ancient Greeks' advanced mechanical and astronomical knowledge, challenging traditional narratives of their capabilities.
  • The global circle connecting ancient sites worldwide, such as Giza, Angkor Wat, and Easter Island, hints at deliberate positioning based on magnetic equator alignment and Earth's precessional wobble, suggesting a deeper significance in their locations.
  • Ancient structures like the Great Pyramid at Giza and sites on the global circle exhibit features indicating earthquake-proof construction, magnetic stones, and shared architectural legacy, possibly inspired by ancient civilizations, challenging current historical timelines and narratives.

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Recent questions

  • How were the moai statues on Easter Island created?

    The moai statues on Easter Island were created by the Rapa Nui people through a meticulous process involving carving the statues out of volcanic tuff using stone tools. These statues, ranging from 2 to 20 meters in height, were transported to various locations on the island and placed on stone platforms called ahu. The construction of these statues required significant effort and skill, showcasing the craftsmanship and dedication of the Rapa Nui people in preserving their cultural heritage.

  • What challenges did the Rapa Nui people face on Easter Island?

    The Rapa Nui people faced various challenges throughout their history on Easter Island, including periods of prosperity, clan wars, deforestation, epidemics, and near-extinction due to Spanish influence. These challenges shaped the development of the Rapa Nui civilization and influenced their construction techniques, societal structure, and cultural practices. Despite these adversities, the Rapa Nui people demonstrated resilience and ingenuity in adapting to their changing environment and preserving their traditions.

  • How were the moai statues transported and placed on Easter Island?

    The transportation and placement of the moai statues on Easter Island involved a complex process that required careful planning and coordination. The Rapa Nui people used a combination of sledges, ropes, and manpower to move the statues from the quarry to their final locations on the island. Once at the designated site, the statues were erected on stone platforms known as ahu, which served as ceremonial and burial sites. The precision and engineering skill required to transport and place these massive statues highlight the advanced capabilities of the Rapa Nui civilization.

  • What is the significance of the construction techniques of the moai statues?

    The construction techniques of the moai statues on Easter Island provide valuable insights into the engineering prowess and cultural practices of the Rapa Nui people. The meticulous carving, transportation, and placement of these statues reflect the importance of ancestral worship, social hierarchy, and community cohesion within the Rapa Nui society. The mastery exhibited in creating these iconic statues demonstrates the artistic and technical achievements of the Rapa Nui civilization, showcasing their ability to transform raw materials into monumental works of art that continue to captivate and intrigue people around the world.

  • How do the construction techniques of ancient sites like Easter Island and Peru compare?

    The construction techniques of ancient sites like Easter Island and Peru exhibit remarkable similarities and differences that hint at potential connections between these civilizations. Both cultures utilized massive stone blocks, intricate carvings, and precise alignments in their architectural designs, showcasing a high level of craftsmanship and engineering skill. The similarities in construction methods raise questions about cultural exchanges, trade networks, and shared knowledge between these distant civilizations. By examining the construction techniques of these ancient sites, researchers can uncover the interconnectedness of human history and the innovative approaches used by past societies to create enduring architectural marvels.

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Summary

00:00

Unraveling Mysteries of Ancient Sites

  • The speaker reflects on pondering questions about ancient sites like Easter Island, the Pyramids of Giza, and Machu Picchu.
  • They emphasize the importance of asking the right questions as an art accessible to all.
  • The speaker delves into investigating ancient sites with a team, encountering surprising perfection in ancient constructions.
  • The focus shifts to Easter Island, detailing the creation of about 1,000 moai statues by the Rapa Nui people.
  • Various significant moai formations on Easter Island are highlighted, including Tongariki, Pitakura, and Vinapu.
  • The history of Rapa Nui involves prosperity, clan wars, deforestation, epidemics, and near-extinction due to Spanish influence.
  • The journey to Easter Island is discussed, emphasizing the logistical challenges of a 30 to 50-day boat trip.
  • Linguistic evidence suggests a migration from Hivoa to Rapa Nui, raising questions about how the Rapa Nui people reached the island.
  • The construction techniques of the moai statues, particularly the transportation and placement of the pukao hats, are explored.
  • A comparison is drawn between the construction techniques of Rapa Nui's ahu vinapu and Inca structures in Peru, hinting at potential connections between the two civilizations.

19:39

Mystery of Ancient Stone Structures Unveiled

  • Blocks were assembled and cut to create patterns, showcasing the high level of mastery required.
  • Construction began with resistant structures using massive stones, transitioning to less resistant structures with smaller stones over time.
  • Stones disjointed by earthquakes reveal precise fitting of internal wall surfaces and mirrored twists in stone faces.
  • The Fortress in Cusco, with blocks weighing up to 200 tons, raises questions about its military purpose and design logic.
  • The Fortress is said to represent a puma's head, with the site's guides linking it to the ancient Cusco walls.
  • At Ollantaytambo, repairs on walls show a shift from assembling large stones precisely to using smaller stones with less precision.
  • Black stones at Ollantaytambo are linked to Tiahuanaco in Bolivia, suggesting similar techniques were used.
  • Tiahuanaco, with reconstructed walls and pillars, raises questions about the authenticity of the site and its history.
  • The precision of stone surfaces at Pumapunku surpasses modern concrete flatness, indicating advanced craftsmanship.
  • In India, caves at Barabar and Nagarjuni, excavated from granite blocks, showcase extreme precision and modern appearance despite their ancient origins.

38:33

Mystery of Great Pyramid Construction Techniques

  • The damaged work shows no sharp edges, unfinished edges, and rough interiors, indicating a later construction phase.
  • The off-center porch and lack of precision in the caves suggest a different construction style, possibly explaining the unfinished cave's purpose.
  • The cave displays signs of a failed attempt, with deep cuts and irreparable damage, hinting at a failed construction process.
  • The contrast between the polished walls and rough ceiling implies a potential reuse of the space, requiring further study for chronological understanding.
  • Surfaces are almost as smooth as glass, with precision tolerances varying between two to five millimeters, challenging to achieve with basic tools.
  • The granite used for the boxes at Sakara came from quarries 900 kilometers away, highlighting the extraordinary effort in transportation and construction.
  • The construction of the Great Pyramid at Giza remains a mystery, with precise orientation to True North and complex construction techniques.
  • The base of the Great Pyramid is slightly octagonal, adding complexity to the construction process and raising questions about the tools and methods used.
  • The internal structure of the Great Pyramid, with descending and ascending hallways leading to chambers, defies conventional logic and remains enigmatic.
  • Despite the massive effort and precision in construction, the purpose of the Great Pyramid and the tools and methods used by the builders remain unknown, shrouded in mystery and speculation.

56:44

Ancient Measurements and Mathematical Mysteries

  • The Temple of Karnak's entrance measures 110 meters in length, 40 meters in height, and 15 meters in width, taking 17 years to build.
  • Pumapunku's h-shaped blocks show precise measurements, with gaps of 22 centimeters and 21.9 centimeters, suggesting mechanical device use.
  • Blocks at Pumapunku exhibit a pattern in the shape of a cross, with measurements of 30 centimeters and one meter, indicating a precise decimal system.
  • The Great Pyramid's original dimensions are 440 cubits at the base and 280 cubits in height, with a ratio that gives pi, showcasing advanced mathematical knowledge.
  • The high chamber in the Great Pyramid is built on a double square, reflecting knowledge of the golden ratio in geometry.
  • The Royal Cubit used in the Great Pyramid measures between 52.35 and 52.36 centimeters, connecting to the meter established in 1795.
  • Medieval builders used the Royal Cubit, similar to the Great Pyramid's, suggesting a multi-millennial transmission of measurement knowledge.
  • The choice to divide the Earth's circumference into 40 million parts, leading to the meter's establishment, hints at a deliberate transmission of information.
  • Alabaster bowls found in a 4,500-year-old site raise questions about their technical function, possibly beyond religious or ritualistic purposes.
  • The Antikythera Mechanism, discovered in a shipwreck from around 60 BC, showcases ancient mechanical genius, with intricate internal workings revealed through modern technology.

01:14:54

Ancient Mechanism Reveals Advanced Celestial Knowledge

  • Derek, a solar price specialist in gear mechanisms, visited the archeology Museum in Athens in the 50s to see the Antikythera mechanism.
  • The Antikythera mechanism was not fully understood until the 70s when Derek Price collaborated with a nuclear scientist to x-ray its fragments, revealing 30 visible gear wheels representing the sky and planets.
  • The device is a mechanical representation of the solar system, capable of reproducing the movements of planets, the Sun, and the Moon with precision.
  • Ancient Greeks, like Euclid and Autolikos, had knowledge of planetary cycles, lunar and solar calendars, as evidenced by the Antikythera mechanism's inscriptions.
  • The mechanism's intricate design showcases advanced mathematical and engineering skills, surpassing typical ancient Greek capabilities.
  • The device's gears simulate the elliptical orbit of the moon around the Earth, demonstrating a sophisticated understanding of celestial mechanics.
  • The Antikythera mechanism's discovery challenged traditional archaeological narratives, highlighting the advanced technological knowledge of ancient civilizations.
  • Gobekli Tepe, a 11,500-year-old site in Turkey, features megalithic structures built by hunter-gatherers, raising questions about their sudden architectural and agricultural skills.
  • The site's intricate carvings and alignment suggest advanced knowledge and possibly a transfer of technology from a more advanced civilization.
  • Gobekli Tepe's burial around 11,600 years ago coincides with global cataclysms, possibly caused by comet impacts, indicating a potential link to ancient myths of civilizations destroyed by natural disasters.

01:31:56

Lost Civilization: Kamari Kandam and Beyond

  • Legendary city of Kamari Kandam in Southern India, possibly a highly advanced civilization with vast libraries and universities, disappeared 11,600 years ago during a cataclysmic event.
  • Rising sea levels at the end of the Ice Age submerged over 27 million square kilometers of land, equivalent to Europe and China combined, which were coastal areas occupied by a maritime civilization.
  • Local fishermen reported underwater structures at Mahabalipuram, confirmed by Graham Hancock's dive in 2002, revealing an underwater city extending over five kilometers from the shore to depths exceeding 30 meters.
  • Despite the 2004 tsunami briefly exposing the ruins, current investigations are limited to the intertidal zone up to five meters deep, missing the potential to rewrite history by exploring the submerged city further.
  • Egyptian priests engraved their history on temple walls, indicating a legacy from a lost civilization around 12,800 years ago, detailed in the Edfu building texts, inherited from earlier temples' archives.
  • Solon, a respected member of the Seven Wise Men Council, was told the story of the gods bringing civilization to Egypt after their island's destruction, later relayed to Plato, challenging conventional historical timelines.
  • Connection between Easter Island, Peru, and Egypt on a global circle, possibly indicating deliberate positioning based on magnetic equator alignment, with specific sites located over geological discontinuity points.
  • Ancient sites worldwide, including Giza, Angkor Wat, and Easter Island, are interconnected by specific longitude distances based on a number system generated by Earth's precessional wobble, suggesting a deeper significance.
  • Ancient structures like the Great Pyramid at Giza and sites on the global circle exhibit features indicating earthquake-proof construction, magnetic stones, and deliberate positioning over geological discontinuity points.
  • Symmetrical similarities, polygonal stone shapes, and specific anchoring systems found in structures across different continents, hinting at a shared architectural legacy possibly dating back to the Middle Ages and inspired by ancient civilizations like Egypt, Peru, and Easter Island.

01:50:41

Ancient Sites Encode Celestial Alignments and Mythology

  • Gobekli Tapi encodes the winter solstice 12,800 years ago, while Giza encodes the Equinox at the same time.
  • The pyramids at Giza, the Great Sphinx, and constellations like Leo, Orion, and the Milky Way are interconnected.
  • The Orion constellation, with its Seven Stars and Belt, aligns with the three pyramids at Giza.
  • Stars dedicated to Isis, Osiris, and Sirius connect with Egyptian mythology.
  • Orion's movement over time, especially in 10,500 BCE, aligns with significant astronomical events.
  • The procession of the equinoxes involves a 26,000-year cycle, creating a zodiacal clock.
  • Ancient sites like Giza and others represent different eras through constellations and equinoxes.
  • The ages of Taurus, Aries, and Pisces are symbolized by corresponding icons in ancient cultures.
  • The caves at Barabar in India, built over 2,300 years ago, exhibit remarkable precision and acoustics.
  • The caves resonate at specific frequencies, suggesting intentional design for sound purposes.

02:09:17

"Unlocking Ancient Mysteries: Sound Frequencies and Civilization"

  • Ancient structures like the caves at Barabar and the king's chamber in the Great Pyramid at Giza hold intricate knowledge encoded by our ancestors, hinting at a sophisticated understanding beyond our current reach.
  • The king's chamber in the Great Pyramid, possibly tuned to 432 Hertz, contains a treasure of knowledge represented by a mathematical symphony, suggesting the use of sound frequencies in its design.
  • Scientific clues left by ancient builders, found in specific locations globally, point to advanced technical achievements and the need to approach archaeological investigations without preconceived notions.
  • The hypothesis of a lost civilization challenges conventional scientific beliefs, urging a shift in thinking to comprehend the science behind ancient structures and civilizations, emphasizing the importance of considering alternative perspectives.
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