More Interesting Discoveries At Megalithic Puma Punku In Bolivia

[BigfootAnthropologist]

Brien, as a retired archaeologist, you hit the nail on the head: Bolivian archaeologists need to conduct deep excavations at Puma Punku in order to determine the real age of the site. Determining the depth of the cultural deposit is one of the basic steps in conducting an archaeological excavation. I understand the reason why they haven't done so is because it would likely upset the academic community and require a complete paradigm shift in World archaeology. I have read your books and follow your work on your YouTube channel. Out of curiousity, I have used Google Earth to examine (in a cursory manner) the land surrounding Puma Punku. What no one seems to be aware of is that the whole landscape for many miles around the site are geoglyphs of a pattern of lines, polygons, and dots that are man-made and appear to be the remains of ancient mining activity in the surrounding countryside. They also appear to be a form of large scale writing that can only be seen from the sky. As an archaeologist, it bothers me that so little is known about who built Puma Punku and how old it is -- but what bothers me even more is how dismissive mainstream archaeology is to this significant site. Kudos to you and please keep up your work. Don't be discouraged by critics. At least one professional archaeologist is on your side and appreciates your research!

[jamesd]

Andosite has high magnetic susceptibility due to a composition of intermediate titanomagnetites, hematite, magnetite crystals and other magnetic minerals formed from ancient volcanic sites. Sedimentary rocks like the sandstone named have very low magnetic susceptibility so the reading differential makes sense btween the 2 different rocks listed here. What I find interesting is the magnetic field readings spiking specifically at that precision cut groove and the outside edges of the H. Did this advance ancient culture have the ability to alter the stones composition to increase the magnetic properties in a way to strengthen their masonry joinery? It may not be just for the structures strength but more so that the fields of each rock link making a large force field of energy around the complex. Shits crazy they're aren't more studies into all this. Thanks for your work Mr. Foerster

[jimmime]

When you machine steel, it makes the metal more magnetic. As the stone that has magnetic properties, like andesite does it retains some of the machining traits. Like making the compass turn in circles.

[timboylen]

As an engineer for 34 years, those look like molten metal casting blocks. Where the holes are vents or “gates” to allow for molten metal to be cast. It seems to me, these were for making repeated plate metal blocks for fabrication. An assembly line so to say for production. The blocks are designed to be pulled apart to produce the final product.

[GaiaLegend]

That's the issue I'm having with these stones. I cannot phantom how people refuse to believe that a person hundreds, if not thousands of years ago made something that precise around that time. It's clearly there, shown in the video. And who knows what more things are hidden in or around this area, waiting to be discovered.

[chascoleman]

Brien, Magnets can be 'made' and most 'super magnets' are initially not very magnetic at all. Any material with inherent magnetic 'di poles' (or tiny magnets that are part of its elemental structure) can become far more magnetic if these 'dipoles' can be aligned so they all point in the same direction.

We've all played with bar magnets, labeled North/South, then tried to push two North 'ends' of separate magnets together. At some point the magnets 'push back', revealing their polarity is a universal force, not unique to each magnet. These "North poles' of each magnet can be tied together by clamping a large number of individual magnets together, so all the "North' poles are pointing in the same direction. It takes some force to do this, as the North poles push apart as you try to align them side by side, but it can be done, creating a 'super magnet' out of a large number of weaker, individual magnets.

Super magnets work the same way, at an atomic level. When 'super magnets' are formed, they are made of materials that are Not Aligned, the 'dipoles' (the same thing as the "North/South' poles of our bar magnets) point in a random direction. BUT, if you place these non-aligned materials in a very Powerful magnetic field, the internal dipoles of the super magnets 'Line up' and all their "Norths' point in ONE direction and their 'Souths' point in the opposite direction (ie, North UP and South DOWN).

This alignment is retained, for the most part, after the powerful magnetic field is removed. Now you're starting to guess why some of the stone block's material is weakly magnetic while other parts are strongly magnetic, after possibly thousands of years.

The experiment to perform is easy (since the quarry is known and could be visited for 'virgin stone' of the same type in the Puma site). You get some virgin stone and take it home, then ask someone with access to a powerful magnetic generator to put the stone in the magnetic field, then measure the results. MRI diagnostic machines use super magnets to create their images, which is why you can't wear any metal when being scanned. Physics labs have super magnets they use to produce data. Someone you know has access to these machines, or perhaps all you need is a big 'super magnet', capable of picking up large weights, (a ton or more) or even an electro magnet used in junk yards to move junk cars. What matters is the field strength and the alignment of the field. But a very precise, powerful 'Narrow' magnetic field is needed to 'make' a Puma stone of your own, with localized, magnetic properties.

Since the Puma stone dipole alignment (or magnetic field) is not universal over the entire stone matrix, having a very narrow magnetic generator would allow you to make a Puma stone magnetic in one place and 'not' magnet elsewhere (like the Puma stone is). This can be done to reproduce the 'results' of your field measurements. But you'll need a very focused, narrow 'super magnetic' field, not a diffuse one (like the type used to pick up junk cars). That all argues for visiting a lab with precise, powerful magnetic generators.

Some materials will become 'magnetic' in a strong magnetic field, but when it's taken away, the induced magnetic field in the material (which is dipole alignment internally) stops or becomes very weak. I'm betting the Puma stone, fresh from the quarry, will take on a magnetic field or alignment and retain it for a long time. I'm also betting a very narrow super magnet can induce a correspondingly narrow concentration of induced magnetic field in the Puma stone, with non-magnetic stone around it (like the Puma stones). Tihe precise groove with precisely separated drilled holes argues for the 'size' of the magnetizing device, pushed into the small holes and turned on to create a desired magnetic field along the groove (and no where else). This could be proven with a measuring 'needle' pushed into the holes to find out if the magnetic field was induced into the stone deeper in the holes (again assuming a precise magnetized stone matrix was the desired end result). Speculative, of course, but if the stone has been magnetized 'inside' and not just on the surface, some method or device had to have done it in the past.

If so, this would prove the stones were 'made' magnetic in the distant past and for a reason that matches up with their final use as components of a larger device. To make electrical current you need: 1. a magnetic field 2. a good conductor that can be moved through the magnetic field -- that's it. Electrical generators have permanent magnets as part of their structure, along with long conductors wrapped around posts to increase the density of wire / conductor moving through the magnetic field.

Prove Puma stones are 1. Naturally NOT aligned magnetically THEN 2. Force their internal dipoles to align with an outside, very strong magnetic field, then see how strong this induced magnetic field is afterwards and how long it persists. 3. Find out how precise the induced magnetic field can be, as it may be the reason the Puma stone was so quarried and shaped (and drilled) for this purpose. Where the induced magnetic field remains in the Puma site stones is part of the story, but where the magnetic field IS NOT, may be just as important.

This would essentially prove the Puma stones were mined for this property and the ones in the Puma site had already been 'processed' by precise stone cutting and polishing, THEN magnetized in ancient times, the perhaps even assembled into some final working device which was 'blown apart' in the past (with precious materials, like copper conductors salvaged over thousands of years) so only the magnetized components remain.

Love your presentations

Chas

[williamschermerhorn]

High tension wires overhead will make your compus flip 180° as you walk underneath and flip back after leaving the magnetic field. You can operate a 100 watt light bulb with a spool of wire baried under the high tension wires in the ground . Free energy.

[ecliptix]

I would be quite interested to see what patterns might be revealed by placing those magnetically sensitive films over various stones and features there.

[stephenmiller]

I have been interested in that whole area for decades now, having only seen it in videos & documentaries. It’s on my “ Bucket list “ of places I would personally love to visit . What has always mystified me is how an actual “ Square “ or other shape was carved right out of a solid rock including the entire Backside of the cut face & then the piece plucked right out with only thousandths of an inch clearance all around the circumference of the cut !!! We simply CANNOT duplicate this with today’s laxer or water jet cutters, much less grasp how they pulled out the piece. Thanks for posting this one.

[trueconspiracies]

So many questions as to what the hell has happened in the past. How do we get real answers? I fear we wouldn't believe it if we knew.

[occamsrazor]

Always a treat to get an in-person look...

[S-T-E-V-E]

5:02 If you saw this in something modern you'd say it was a channel for some Sort of Trim to be attached! Like the trim on a car!

[ckotty]

I'm so glad a few people keep digging into the truth and exposing unlikely(extremely unlikely) mainstream explanations that "don't, clearly, hold water).
Much appreciated update.
Your work is taken very seriously by those with eyes to see, more and more everyday, thanks to people like you. 👏🏼👏🏼👏🏼

[antoinepinnock]

First, wrap your mind around the principle that power tools with high RPM existed in the past.

Circular saw blade and drill bits that incorporate high frequency magnetic induction, which is the type of induction using to melt mineral ore in the industrial metallurgy and alloying processes.

Then it would be easier to see that, this is accomplished by incorporating strategically placing magnets or coils; where, magnetic polarity is aligned with the part of the tools that can attain rotational motion and angular momentum or acceleration when the machinery or tool is turned on, as this is the ideal way to attain effective magnetic induction. Such that, when a rapidly changing magnetic field or rapidly spinning magnets are brought close to specific types of stones, the constant change from North to South during the operation of the tool would disproportionately increase the temperature of (or even melt) the microscopic reservoirs of metallic element found in the stone, relative to the stone’s nonmagnetic silicon-dioxide components. Wherein, the induced frictionless kinetic energy transferred into the stone’s structure, via magnetism, would in essence make the stone temporarily malleable only at or near where the tip or teeth of the tool is spinning.  The iron in the andesite retained some of magnetism, because iron can be permanently magnetized, where as the sand mainly has within its structure magnetism and other metals that react to magnetic induction but cannot be permanently magnetized. Anyone one a full explanation comment you insta or find me at professional_mathematics

[TonysRcTechboom]

Yet another fantastic interesting Video 👍👍 really enjoyed every second 👍👽🛸👽👍

[thomasriley]

12000 years ago? Where did you get that date from?

[ladym]

? A perimeter different from interior? ? What of the laylines? How would that work?

[rodristrongest]

That place can say the history of the human and ancient civilization

[jonnyueland]

Nice to see you back at Puma Punku! Have they ever tried to do a ground survey on the site?

[larryd]

What was the purpose for the groove with equidistant holes? Does the quarry site where the Andesite was taken from have similar properties or are they the result of some process? Great video. Thanks