The so called Sun Pyramid of Bosnia has been a topic of debate whether it is natural occurrence or man-made.

Either way the observed EMF properties of the structure, helps us to understand what could have been the desired mechanism of a constructed pyramid.

(1)
Lets play with the idea that this pyramid was constructed a long long time ago.

The first picture below, the Aztec Tenochtitlan from the time it was discovered and nowadays.

The second picture is a stone fragment found in Bosnia near the pyramid.

(2)
A group of archaeologists, in the 2 decades, were able to reveal the material build-up of the pyramid.

On the deepest measured level at the base, a massive iron deposit has been found, which seems to be a round iron plate.

(3)
Above that underground streams flowing through the pyramid.

After a layer of clay and rock, second level of underground water streams, parallel to the other.

In the middle of the pyramid a tunnel system has been discovered which is filled with quartz crystals.

(4)
The iron deposit serves as a core for the generated EM field which is strengthened by the,

- amplifying triangular structure
- electricity from the opposing the water streams (iongenerator)

the created EM field reaches the level of piezoelectric crystals.

(5)
The piezoelectric transducer shoots out packages of ultrasound directed through the top.

This pulsating wave can be 21 meter (70 feet) wide and it leans towards the Sun following its movement.

(6)
At the top of the pyramid, the effect is too strong, after 5 min you become dizzy.

This wave was measured to be more powerful at higher altitudes.

A constructive wave interference can cause an imploding (compressing) phenomena, that is sometimes called a scalar wave.

(7)
I'd like to thank Sam Osmanagich, the archaeologist who dedicated years of his professional life to uncover the secrets of the (bosnian) pyramids.
You can follow @nasarhon.
Tip: mention @twtextapp on a Twitter thread with the keyword “unroll” to get a link to it.

Latest Threads Unrolled:

By continuing to use the site, you are consenting to the use of cookies as explained in our Cookie Policy to improve your experience.