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On the traces of an Ancient Civilization? 🗿 What if we have been mistaken on our past?

Boxoffice | Full Movies in English・2 minutes read

The text discusses ancient civilizations and their advanced construction techniques, connecting sites like Easter Island, Giza, and Peru through shared knowledge and technology, suggesting a lost civilization that influenced various cultures worldwide. It also delves into astronomical alignments, mathematical concepts, and hidden knowledge passed down through storytelling and symbolism in religious texts and card games, hinting at a legacy of advanced wisdom and civilization.

Insights

Easter Island, Rapa Nui, known for Moai statues, faced societal collapse due to epidemics, slave raids, and deforestation, possibly originating from Hiva Oa.
Caral Supe in Peru showcases advanced organization, construction techniques hinting at precision seen in later sites like Machu Picchu, overlooked during Spanish occupation.
The Great Pyramid's precision, orientation to True North, and internal structure for King Kheops' soul's ascension challenge conventional theories on ancient civilizations' capabilities.
The Barabar caves in India, exhibiting advanced precision, symmetry, and unique acoustic properties, suggest lost civilization knowledge and resonate at specific frequencies.

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Recent questions

How did the Rapa Nui society collapse?
The Rapa Nui society faced collapse due to factors like epidemics, slave raids, and deforestation, leading to their decline despite initial thriving.
What advanced organization was seen at Caral Supe?
Caral Supe, a 5,000-year-old city in Peru, showcased advanced organization and peaceful coexistence, challenging modern perceptions with its construction techniques and water management systems.
What is the significance of the caves in India?
The Barabar caves in India, believed to be the oldest in the country, exhibit unparalleled precision and symmetry, resonating at specific frequencies and suggesting advanced knowledge from a lost civilization.
How were the Great Pyramid's dimensions chosen?
The dimensions of the Great Pyramid, including the King's Chamber, were chosen based on mathematical concepts like the Golden Ratio and Pi, showcasing precision in its construction.
What is the purpose of the Antikythera mechanism?
The Antikythera mechanism, a mechanical representation of the solar system, required advanced mathematics and engineering skills, surpassing typical ancient Greek capabilities, and was likely used for astronomical calculations and predictions.

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Summary

00:00

"Uncovering Ancient Civilizations: Easter Island to Caral"

The narrator reflects on questioning the world, leading to a deep dive into ancient sites like Easter Island, Giza, and Machu Picchu.
Easter Island, Rapa Nui, is a remote island in the Pacific Ocean, known for its Moai statues sculpted by the Rapa Nui people.
The Rapa Nui society thrived initially but faced collapse due to factors like epidemics, slave raids, and deforestation.
The Rapa Nui people may have originated from Hiva Oa, 3,600 km away, embarking on a challenging journey.
The construction of Moai statues involved intricate processes like quarrying stone, erecting the statues, and placing them on Ahu platforms.
Ahu Vinapu stands out for its resilient architecture, contrasting with later, less successful constructions on the island.
Similarities between Ahu Vinapu and Inca structures in Peru suggest possible connections between the two civilizations.
Caral Supe, a 5,000-year-old city in Peru, showcases advanced organization and peaceful coexistence, challenging modern perceptions.
Caral's construction techniques, like stone blocks joined with clay cement, hint at an evolution towards precision seen in later sites like Machu Picchu.
The technical expertise and water management systems at Caral highlight the city's advanced civilization, overlooked during the Spanish occupation of Peru.

18:33

Mystery of Ancient Stone Structures Unveiled

Huge andesite blocks assembled with precision without any seal, stone against stone, raising questions about transportation and style.
Temples and palaces are sophisticated and well-assembled, contrasting with more functional structures like houses.
Walls with mixed blocks suggest repairs but not identical ones, indicating different ages of construction.
Builders assembled complex polygonal shapes effortlessly, drawing comparisons between Machu Picchu and Giza.
Sacsayhuaman fortress features blocks weighing up to 200 tons, with precise assembly over 400 m.
The fortress's purpose is questioned militarily, with weak points noted, and a symbolic representation as a puma's head.
Builders demonstrated mastery in transporting and assembling heavy stones, with repairs showing a decline in craftsmanship.
Ollantaytambo showcases a mix of small stones and black stones, hinting at a link to Tiahuanaco in Bolivia.
Tiahuanaco's reconstruction raises doubts about authenticity, with a dispute between shamans mentioned as a reason for destruction.
The precision of stone cutting techniques is highlighted, emphasizing human capabilities and debunking alien theories.

34:24

Oldest Indian caves reveal ancient precision

In India, in the Bihar region, there are 7 caves carved from granite blocks, with 4 at Barabar and 3 at Nagarjuni, 2 of which remain unfinished.
These caves are believed to be the oldest in India, constructed around 2,300 years ago during King Ashoka's reign, as indicated by inscriptions at the cave entrances.
The caves' precision is unique due to being excavated from granite, a material harder than steel, giving an illusion of cement surfaces due to the crystal's transparency when polished.
Stonecutter Jean-Louis Boistel, with 40 years of experience, highlighted the extreme accuracy of the caves, suggesting the use of powerful lighting for such detailed work.
Working in such an environment with granite dust poses health risks like silicosis, raising questions about ventilation methods used during construction.
The caves' vitrification and polished surfaces, achieved through meticulous sanding, indicate a level of precision equivalent to modern techniques despite their age.
The inscriptions at the caves' entrances suggest a possible discrepancy in the construction timeline, with signs of older work in some areas.
A cave with a curved porch, believed to be from King Ashoka's era, displays unfinished interiors, indicating a shift in craftsmanship quality compared to the completed caves.
The precision of the caves' surfaces, almost as smooth as glass, raises questions about the tools and techniques used for such intricate work.
The need for accuracy in ancient structures like these caves, as seen in various global sites, remains a mystery, challenging conventional theories on ancient civilizations' capabilities.

51:28

Mysteries of Great Pyramid and Puma Punku

The cladding of the Great Pyramid was made from limestone from Tourah, but blocks are missing today due to rocks falling following a 14th-century earthquake.
The Great Pyramid was oriented with precision to True North, with a variation of only a 5 hundredth of a degree.
The base of the Great Pyramid is slightly octagonal, not a perfect square, with an indentation visible in pictures and satellite images.
The construction of the Great Pyramid was complicated by the need to maintain precision while raising 2 million blocks of various sizes.
The internal structure of the Great Pyramid includes two hallways, one descending and one ascending, leading to chambers with unique features.
The High Chamber in the Great Pyramid is made exclusively of granite slabs weighing between 12 and 70 tons, brought from Aswan located 900 km away.
The Great Pyramid was built to serve as a cenotaph for King Kheops, allowing his soul to rise towards the heavens after his death.
The H-shaped blocks at Puma Punku were measured to have precise dimensions, suggesting the use of a mechanical device for their construction.
The presence of the meter measurement system in pre-Inca sites like Puma Punku and the Great Pyramid raises questions about ancient knowledge and technology.
The dimensions of the Great Pyramid, including its cladding, align with mathematical concepts like Pi and the Golden Ratio, despite Egyptologists' beliefs about ancient Egyptian mathematical knowledge.

01:05:53

Ancient Measurements and Advanced Engineering Feats

The dimension of 0.5236 yards corresponds to 0.5236 meters, the value of the Royal Cubit of the Great Pyramid.
Measurements of the Great Pyramid in meters result in Pi when divided by certain measuring units.
The King's Chamber dimensions were chosen based on the Golden Ratio, with a room measuring 10 by 20 cubits.
The medieval Royal Cubit, measuring 52.36, was used in various regions and was later adopted by French royal master builders.
The meter was established in 1795 by dividing the Earth's circumference into 40 million parts, leading to its current length.
The presence of the meter was statistically verified in the widths of doors in monuments from the 12th century.
The Antikythera mechanism, discovered in a shipwreck from around 60 BC, is a mechanical representation of the solar system.
The mechanism involves complex movements and planetary gears to simulate the elliptic orbit of the moon around the Earth.
The design of the Antikythera mechanism required advanced mathematics and engineering skills, surpassing typical ancient Greek capabilities.
The level of mathematics and engineering expertise needed to create the Antikythera mechanism is beyond what is commonly attributed to ancient civilizations.

01:21:26

"Antikythera Mechanism: Lost Technology Revealed"

The main wheel of the Antikythera mechanism has 223 teeth.
The Antikythera mechanism is a unique object that reached us due to a shipwreck, but there were likely many more.
Greek scriptures sound different with the knowledge of the Antikythera mechanism.
A book copied by scribes from astronomer Geminos describes a device similar to the Antikythera mechanism.
Tools and machines from 2,000 years ago did not survive, unlike those from Egypt 5,000 years ago.
The Antikythera mechanism would have been melted if it had not sunk in a shipwreck.
The device being lost and the idea of its existence being lost are two separate losses.
The discovery of the Antikythera mechanism was almost entirely overlooked by archaeology.
Gobekli Tepe, a temple in Turkey, challenges the timeline of human history with its advanced construction.
The sudden emergence of megalithic architecture and agriculture at Gobekli Tepe suggests a transfer of technology from a more advanced culture.

01:35:22

Ancient Egypt's Enigmatic Historical Engravings

Egyptian priests engraved the history of Egypt on temple walls
Ancient Egyptians believed their civilization was a legacy, not a development
Survivors of a lost civilization arrived in Egypt around 12,800 years ago
Story of gods bringing civilization to Egypt is detailed in Edfu building text
Solon learned this story in Egypt, later relayed to Plato
Connection between Easter Island, Peru, and Egypt on a "great circle"
Sites like Angkor Vat and Giza are connected by specific distances
Ancient sites are positioned based on a number system from Earth's axis wobble
Great Circle sites are located over points of discontinuity on Earth's crust
Stones at these sites are carefully placed and have unique properties

01:51:59

Ancient Astronomy and Lost Civilizations

Gobekli Tepe encodes the winter solstice 12,800 years ago, while Giza encodes the equinox at the same time.
The three pyramids on the ground, the great sphinx, the constellation of Leo, the constellation of Orion, and the Milky Way are all interconnected.
The Orion constellation, with 7 stars, 4 frame stars, and 3 stars on the belt, aligns with the 3 stars forming the shape of the Pyramids.
The stars Sirius, Orion, and Isis are linked to Egyptian mythology, with specific movements over time.
Orion's position in the sky changes over 13,000-year cycles, creating alignments with Sirius.
The procession of the equinoxes involves a 26,000-year cycle, with stars moving by 1° every 72 years, forming a Zodiac.
Plato's estimation of the Zodiac cycle aligns closely with modern science, divided into 12 eras lasting about 2,160 years each.
Ancient cultures represented precessional eras through symbols like the bull, ram, and fish, corresponding to astronomical ages.
The Barabar caves in India, built over 2,300 years ago, exhibit unparalleled precision and symmetry, resonating at specific frequencies.
The caves' geometry, acoustic properties, and location over Earth's discontinuity points suggest advanced knowledge and a lost civilization.

02:08:12

"Hidden Knowledge in Games and Scriptures"

The "apocalypse according to St John" in the New Testament mentions the end of a particular era, describing four beasts symbolically.
The Marseille Tarot card, "The World," features three animals and a man represented by an angel, linked to astronomical constellations.
Various communication mediums, including religious scriptures and card games, convey hidden knowledge through storytelling and gameplay.
Playing games and storytelling have been crucial methods for discreetly transferring knowledge throughout history.
The Great Pyramid at Giza's Kings Chamber, possibly holding ancestral knowledge, is symbolically protected, hinting at a treasure of knowledge.
The chamber's design, possibly tuned to 432 hertz, suggests a musical range, requiring further analysis for confirmation.

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