500,000 volts through megalithic stone? An investigation into the possible with UnchartedX…

An investigation into the possible, and a discussion about perspective, illustrated with a little experiment conducted in Egypt with high electromagnetic induction voltages and some of the typical types of stone found in megalithic construction. Featuring Yousef Awyan, I wanted to share this cool experience and experiment with everyone, and to speculate a little about what it could possibly mean, if anything!

Some links/references:

Link to my podcast #1: https://youtu.be/KDSXOG9SoNY

Lecture on Electromagnetic Induction: https://youtu.be/nGQbA2jwkWI?t=300

website mentioning the Lifestream generator/Joe Rogan show: https://www.metabunk.org/brooks-agnews-cloud-chamber-haarp-experiment-on-joe-rogans-question-everything.t2107/

Visiv Technologies: http://vizivtechnologies.com/

2 thoughts on “500,000 volts through megalithic stone? An investigation into the possible with UnchartedX…”

  1. Hello Ben,
    I really like your passion and presentations on youtube. I am an observer of nature, by nature. I have a great passion myself for exploring our human origins and ancient history. I have been involved and interested in electricity, magnetism and the sciences for most of my life-I am self-taught and motivated to learn and observe without bias. So many things in our world are interconnected. This particular video made me think of many interesting possibilities. I wanted to share a concept (video) that may be part of what the ancients knew and tapped into. https://youtu.be/0cwvj0XBKlE
    I really like Yousef Awyan and Mohammed Ibrahim they are the new breed of observers and teachers in Egypt. Christopher Dunn theories also add an aspect that the Egyptians were naturally very industrious.
    Have a great trip to the canyon!

  2. Hi Ben;
    I have just been watching your (latest?) video on ‘The Tube Drills of Ancient Egypt’. I agree with your analysis, and have two possible suggestions, based on my experience as a DIYer. Admitedly the technology is very different, but when using a masonary drill, one gets to the required depth, and then finds that one cannot easily withdraw the drill. So one puts it into reverse, while pulling it out. It of course comes out much faster than when it went in! Could the spiral grooves have been made when withdrawing the tube rather than when drilling the hole? This would explain the greater speed. Next, breaking the core. Granite is strong but brittle. If I wanted to break off the core, I would put a wedge in the gap created by the tube drill, and hammer it in. The core would presumably break. The only concern I would have is that it did not break at the end point, but somewhere along its length. Another call for an experiment.
    Geoff Grayer BSc PhD (retired physicist, always ready to help).

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