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Exploring Deep History With Raj Vedam: Volcanic Eruptions, Meteor Strikes, Galaxies & More | TRS 372

BeerBiceps・64 minutes read

Indian Navy's special forces, Marcos, investigate Dwarka, linking findings from the Ice Age to ancient Indian astronomy and calendars, showcasing advanced skills in observing and predicting celestial events. Stories and myths in Indian culture encode astronomical knowledge, with scientific evidence supporting ancient tales and highlighting the intellectual depth of the civilization.

Insights

  • Indian astronomy in ancient times was highly advanced, showcasing mathematical precision and predictive capabilities, as seen in texts like the Matsya Purana and Rig Veda, highlighting the intellectual depth of the civilization.
  • Ancient Indian culture encoded astronomical knowledge in stories, such as the marriage of Chandra to King Daka's 27 daughters, symbolizing the moon's cycle against star backgrounds, emphasizing the significance of celestial observations and calendars.
  • Understanding celestial events from ancient narratives can offer valuable insights into historical occurrences and wisdom passed through generations, shedding light on past ice ages, warming periods, and the potential impact of human activities on Earth's climate.

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Recent questions

  • How did ancient Indians mark time?

    Ancient Indians marked time by observing the moon against specific star backdrops known as nakshatras, with each segment representing a day. They did not practice astrology but used astronomical observations to track time.

  • What was the significance of the story of Chandra marrying King Daka's daughters?

    The story encoded astronomical knowledge, symbolizing the moon's 27-day cycle against star backgrounds. It showcased how Indian culture intertwined celestial observations with mythological tales to convey important astronomical information.

  • How did Indians synchronize lunar and solar calendars?

    Indians reconciled various calendars, including a 365.24-day solar year, a 29.5-day codic month, and a 27.3-day sidereal month, using an intercalary month called Adhikam Masa to synchronize lunar and solar calendars. This method allowed them to align lunar and solar cycles effectively.

  • What was the role of Rishi Atri in ancient Indian astronomy?

    Rishi Atri, mentioned in the Rig Veda, used a Tura Yantra to predict solar eclipses by understanding the angular relationship between the sun and moon. This practice possibly dates back to 4750 BCE or 4202 BCE, showcasing the advanced observational skills of ancient Indian astronomers.

  • How did ancient Indians divide the sky for astronomical purposes?

    Indians divided the sky into 27 nakshatras, identifying principal stars in each segment, with the vernal equinox serving as a cardinal point for marking events like the New Year. This division allowed them to track celestial events accurately and align their calendars with astronomical phenomena.

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Summary

00:00

Ancient Indian Astronomy and Advanced Knowledge

  • The special forces of the Indian Navy, known as Marcos, were tasked with investigating Dwarka, a site identified by Baka 100 years ago, resembling his findings from 22,000 to 18,000 years ago during the last glacial maximum.
  • During the Ice Age, water was locked up in ice, causing shorelines to extend far beyond their current locations, possibly reaching beyond the Himalayas and impacting cities like Chennai, Kolkata, Bangladesh, and Mumbai.
  • Astrology was not practiced in ancient India; instead, Indians marked time by observing the moon against specific star backdrops, known as nakshatras, with each segment representing a day.
  • Stories in Indian culture encoded astronomical knowledge, such as the tale of Chandra marrying King Daka's 27 daughters, symbolizing the moon's 27-day cycle against star backgrounds.
  • Indians reconciled various calendars, including a 365.24-day solar year, a 29.5-day codic month, and a 27.3-day sidereal month, using an intercalary month called Adhikam Masa to synchronize lunar and solar calendars.
  • Rishi Atri, mentioned in the Rig Veda, used a Tura Yantra, similar to a quadrant, to predict solar eclipses by understanding the angular relationship between the sun and moon, possibly dating back to 4750 BCE or 4202 BCE.
  • Indian astronomy showcased advanced observational skills, mathematical applications, and predictive capabilities, evident in various texts like the Matsya Purana and Rig Veda, highlighting the intellectual depth of ancient Indian civilization.

14:39

Ancient Indian Mythology and Astronomical Alignments

  • In the Rig Veda, the Itria Brahmana contains a cryptic passage in its second chapter about the sacrifice yagna disappearing from the devatas, leading them to seek help from Aditi, the mother of gods.
  • Aditi agrees to help but requests a bone from them, stating that all sacrifices will begin and end with her, which Tilak interpreted as an astronomical phenomenon related to the Earth's axial precision.
  • The Earth's axis wobbles due to gravitational influences from the sun, moon, and Jupiter, taking 26,000 years to complete a full cycle, impacting celestial observations crucial for calendars and rituals.
  • Indians divided the sky into 27 nakshatras, identifying principal stars in each segment, with the vernal equinox serving as a cardinal point for marking events, such as the New Year.
  • The shifting of nakshatras due to Earth's axial precession caused confusion among the gods, leading them to reset their calendar based on the Punarvasu nakshatra, indicating a timeline of 8,000 years ago.
  • The story of Surya and Sanjna in Indian mythology, where Surya follows Sanjna to a cooler region, aligns with astronomical observations of Ashwin appearing at dawn during the winter solstice around 7,200 BCE.
  • The Ashwin twins, associated with healing, were identified with a specific star system, Beta Delphini, corroborated by scientific papers detailing a massive solar flare around 7176 BCE, ten times larger than the Carrington event.
  • The solar flare event in 7176 BCE caused significant ionization of the Earth, evidenced by off-the-charts isotopic data in ice cores from Antarctica and Greenland, aligning with the mythological narrative of Surya's brilliance and the Ashwin twins' appearance.

29:50

Ancient celestial events and ice ages explained.

  • The sun was exceptionally bright and hot for a few weeks, leading to Sanjana, the wife of Surya, the sun god, leaving him due to his brilliance.
  • Sanjana's father was Vishwakarma, the god of clouds and twilight, and she fled to the Cola region to escape the sun's intense brightness.
  • The shadow Sanjana left behind gave birth to Shani, known as Saturn, in Hindu mythology, symbolizing a significant event around 7200 BC.
  • Research based on astronomy and tree ring records pinpointed a massive proton event around 7176 BC, indicating a significant historical occurrence.
  • The stories of ancient celestial events, like the marriage of the sun god to the goddess of twilight, have been passed down for 9,000 years, preserving important knowledge.
  • Earth's ice ages, like the last glacial maximum 22,000 to 18,000 years ago, were influenced by three cycles: eccentricity, axial precession, and tilt, affecting radiant energy from the sun.
  • The last glacial maximum resulted in extensive ice cover, potentially reaching regions like the Himalayas and even parts of India, altering Earth's landscape significantly.
  • The frequency of ice ages is determined by the resonance of the three cycles, with predictions based on the combined impact of eccentricity, axial precession, and tilt.
  • Geologists debate the extent of ice coverage during ice ages, with some suggesting even equatorial regions experienced ice accumulation, though this is a minority view.
  • Understanding the celestial events encoded in ancient stories can provide valuable insights into historical events and the wisdom passed down through generations.

44:15

Earth's Climate: Past, Present, Future Impacts

  • Predictions of ice ages and warming periods over millions of years can be made based on cycles.
  • Currently, the Earth is in a warming period due to human activities like using fossil fuels.
  • Controversy exists over whether global warming is a natural cycle or accelerated by human actions.
  • Urgent recommendations from scientists include transitioning to a plant-based diet to benefit the environment.
  • Human actions impacting the environment are visible, with evidence of harm increasing over time.
  • Evidence of man-made structures found 125 meters below the sea during the last glacial maximum.
  • Coastal civilizations existed in India during ancient times, with artifacts and structures discovered.
  • Tamil cultural memory preserves stories of submerged lands and coastal civilizations from the past.
  • Predictions suggest that by 2050, cities like Chennai, Kolkata, and Mumbai could face submergence due to rising sea levels.
  • Historical events like the late glacial maximum and the impact of Mount Toba in Indonesia have significantly affected Earth's climate in the past.

59:28

"Volcanic Events and Human Origins"

  • Mount Toba event caused a Thousand-Year winter, reducing breeding adults to 10,000.
  • Non-African people are believed to have originated in India through linages M and N.
  • After Mount Toba event 74,000 years ago, less than 10,000 adults were left on Earth.
  • Non-African populations are descendants of these survivors, including famous figures like Cristiano Ronaldo.
  • The Katua volcano eruption in Sumatra in the 1800s caused similar effects to Mount Toba.
  • The impact of volcanic events on India led to droughts and regime changes.
  • The Vas literature holds metaphoric content that requires interpretation, not literal translation.
  • The Carrington event in 1856 showed the potential devastation of a solar flare on modern technology.
  • Speculation on cyclical advancements in technology and the potential impact of cataclysmic events on civilization.
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