Pre-Diluvian Civilization in Montana

Location and Geology

Previously, we looked at rock-solid evidence of a highly technologically advanced Pre-Diluvian Civilization.

See here: https://johnbphillips.substack.com/p/sprawling-antediluvian-megalithic

First, let’s look at the general location of the area.

I know where only three of the unknown number of megalithic structures are. I have been to the Sage Wall, and generally in the area of the Giant’s playground. For the third, we have a map from Michael Collins. We are in Montana, USA between Butte and Helena:

Tizer Dolmen Location Credit: Michael Collins

Giant’s Playground Location Credit: Julie Ryder

Sage Wall Location Credit: Sage Mountain Center

Since then, I have gone to the area around the Giant’s Playground. I found a few things just laying around:

 Generally, the Tizer Dolmen up north, the Giant’s playground in the middle, and the Sage Wall in the south:  

Now a map of the Boulder Batholith:

The megalithic site seems to roughly correspond to the Boulder Batholith area. What is the geology of the Boulder Batholith?

The composition of the Boulder Batholith is described in Wikipedia as “… granite (more specifically quartz monzonite) and serving as the host rock for rich mineralized deposits at Butte and other locations” (para. 1). “The Butte Granite makes up the bulk of the batholith (about 70%)…” (para. 3).

The Boulder Batholith has very high concentrations of quartz.

This massive, 397 lb. quartz crystal was found near the Sage Wall:

I examined some of the degraded geopolymer concrete used at the Sage Wall site (see Julie Ryder’s description of Star Fire Duolith previously). It also has very high concentrations of quartz. The pink geopolymer concrete forms an outer layer over the grey quartz granite megaliths, and looks like this:

Quarts has amazing properties, such as piezoelectric properties which cause it to emit electricity and light under mechanical stress (Myers, sciencing.com, para. 1) and the ability to vibrate at precise and stable frequencies (King, geology.com, para. 7).

These frequencies are so precise that quartz crystals can be used to make extremely accurate time-keeping instruments and equipment that can transmit radio and television signals with precise and stable frequencies (King, geology.com, para. 7).

The tiny devices used for these purposes are known as "crystal oscillators." The first crystal oscillators were developed in the 1920s, and just twenty years later, tens of millions of them were needed each year to supply the military during World War II. Today, billions of quartz crystals are used to make oscillators for watches, clocks, radios, televisions, electronic games, computers, cell phones, electronic meters, and GPS equipment (King, geology.com, para.8).

As we know, visible light is part of the electromagnetic spectrum. Because mammoth megalithic granite structures with high concentrations of quarts are stacked on deeper layers of megalithic construction of granite with high concentrations of quartz as described by Andrew Barker previously, these structures would continuously generate electromagnetic energy through mechanical compression by virtue of their sheer size and weight.

In the middle of this picture, there is a massive stack of megalithic remnants.

This is me standing at the bottom of the stack.

References:

https://geology.com/minerals/quartz.shtml

https://en.wikipedia.org/wiki/Boulder_Batholith

https://sciencing.com/make-electricity-quartz-diamonds-6456846.html

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