1 godz. 59 min
028 - Randall Carlson Robert Edward Grant - Think Tank
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- Edukacja
In this episode of Think Tank, Robert hosts Randall Carlson, a master builder, geometrician, architectural designer, teacher, and "renegade scholar." With over forty years of studying ancient mythology and modern science, Carlson has been recognized by the National Science Teachers Association for his commitment to science education. His career includes organizing field expeditions to explore and document evidence of catastrophic earth changes. Carlson's life and work emphasize his aspiration to "affect a revival of lost knowledge."
In their relaxed yet insightful conversation, Robert and Randall share their research and ideas, exploring the mysteries of the Great Pyramid, sacred geometry, and the intricate relationship between architecture, astronomy, and music. Robert highlights the importance of Metatron's Cube in understanding ancient structures and demonstrates how the King's Chamber walls align with constellations.
Their discussion uncovers how the pyramids' geometric layout aligns with musical intervals and astrological constellations, providing a glimpse into sacred geometry and ancient wisdom. They also delve into ancient measurements like the long cubit, the relationship between Euler's identity and light, and the golden ratio. They offer a compelling look into the esoteric knowledge encoded within pyramids and ancient manuscripts. Despite technical difficulties adding spontaneity, their casual yet profound dialogue lays the groundwork for future collaborations, capturing the early days of a promising friendship.
Books by Robert Edward Grant
https://bit.ly/3MvlXVJ Connect with Randall Carlson
Website: https://bit.ly/44wrF1q YouTube: https://bit.ly/3Wr9zMp Connect with Robert Grant:
YouTube - https://bit.ly/3XLP3U6 Instagram - http://bit.ly/3WvjXPD Facebook - https://bit.ly/3kI0tKt Website - http://bit.ly/40173M3 Subscribe to the Robert Edward Grant Podcast:
Spotify - https://spoti.fi/3DdnMSv Apple Podcast - https://apple.co/3iYjt6X YouTube - http://bit.ly/40dm2Tt
In this episode of Think Tank, Robert hosts Randall Carlson, a master builder, geometrician, architectural designer, teacher, and "renegade scholar." With over forty years of studying ancient mythology and modern science, Carlson has been recognized by the National Science Teachers Association for his commitment to science education. His career includes organizing field expeditions to explore and document evidence of catastrophic earth changes. Carlson's life and work emphasize his aspiration to "affect a revival of lost knowledge."
In their relaxed yet insightful conversation, Robert and Randall share their research and ideas, exploring the mysteries of the Great Pyramid, sacred geometry, and the intricate relationship between architecture, astronomy, and music. Robert highlights the importance of Metatron's Cube in understanding ancient structures and demonstrates how the King's Chamber walls align with constellations.
Their discussion uncovers how the pyramids' geometric layout aligns with musical intervals and astrological constellations, providing a glimpse into sacred geometry and ancient wisdom. They also delve into ancient measurements like the long cubit, the relationship between Euler's identity and light, and the golden ratio. They offer a compelling look into the esoteric knowledge encoded within pyramids and ancient manuscripts. Despite technical difficulties adding spontaneity, their casual yet profound dialogue lays the groundwork for future collaborations, capturing the early days of a promising friendship.
Books by Robert Edward Grant
https://bit.ly/3MvlXVJ Connect with Randall Carlson
Website: https://bit.ly/44wrF1q YouTube: https://bit.ly/3Wr9zMp Connect with Robert Grant:
YouTube - https://bit.ly/3XLP3U6 Instagram - http://bit.ly/3WvjXPD Facebook - https://bit.ly/3kI0tKt Website - http://bit.ly/40173M3 Subscribe to the Robert Edward Grant Podcast:
Spotify - https://spoti.fi/3DdnMSv Apple Podcast - https://apple.co/3iYjt6X YouTube - http://bit.ly/40dm2Tt
1 godz. 59 min