It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: purplemer
a reply to: Hanslune
Nope. The oldest structure known is Gobekli Tepe and it has no sign of granite. Maybe you could tell us what you are referring too?
Apart from Gunung Padang a pryamid covered in soil and bringing in carbon dates from 10-20 thousand years ago.
Gobekli Tepe is in itself enough to blow credence of conventional archaeology clean out of the water. Who built it. What Hunter gather culture had the technology and culture to move massive blocks about and had the ability to align to true north.
originally posted by: anonentity
a reply to: punkinworks10
Sticking to the facts, when an anomaly is found, like this ,something that can be held and examined, which incidentally is a bit of high quartzite rock. Found on a hiking trip, what does one say? It cant exist even though you can hold it in your hand, the connections are faked? interesting non the less in this discussion
originally posted by: anonentity
I came across this vid which suggest that the use of different types of stone in ancient structures , were for electrical reasons, the more ancient the structure, the more Granite was paired with limestone. The less ancient like Roman structures used no conductive stone. Here they test different types of stone with an inductive current with some interesting results. Bearing in mind that Stonehenge had a quartz bluestone sitting on a limestone base, the ancient people were very particular with regards to what types of stone were used. Which suggest form and function for some unknown process.
This guys theory is that the Younger Dryas event wiped a previously advanced society from the map, where civilization stopped, as suggested by quarries in South America and Egypt being abandoned with half finished work, then after a long period resumed with lesser sophistication with regards to the stone work.
originally posted by: anonentity
a reply to: solve
since silicon voids in the stuff, would act the same way as a silicon chip.
originally posted by: anonentity
a reply to: solve
Here is an interesting one with regards to wet and dry granite, of various types, all producing a charge when dampened. If vast areas of granite were wet and had the same effect, their would be a large electron flow, since silicon voids in the stuff, would act the same way as a silicon chip. Their would also be a residual charge, making it have a higher charge than the surrounding air in certain conditions, and probably prone to some type of discharge
originally posted by: Harte
originally posted by: anonentity
a reply to: solve
Here is an interesting one with regards to wet and dry granite, of various types, all producing a charge when dampened. If vast areas of granite were wet and had the same effect, their would be a large electron flow, since silicon voids in the stuff, would act the same way as a silicon chip. Their would also be a residual charge, making it have a higher charge than the surrounding air in certain conditions, and probably prone to some type of discharge
The video appears to be about conductivity, which is not producing a charge. When an object is wet, the water on it will conduct electricity.
Granite itself is one of the poorest conductors of electricity that exists. Almost like rubber.
Harte
originally posted by: punkinworks10
originally posted by: Harte
originally posted by: anonentity
a reply to: solve
Here is an interesting one with regards to wet and dry granite, of various types, all producing a charge when dampened. If vast areas of granite were wet and had the same effect, their would be a large electron flow, since silicon voids in the stuff, would act the same way as a silicon chip. Their would also be a residual charge, making it have a higher charge than the surrounding air in certain conditions, and probably prone to some type of discharge
The video appears to be about conductivity, which is not producing a charge. When an object is wet, the water on it will conduct electricity.
Granite itself is one of the poorest conductors of electricity that exists. Almost like rubber.
Harte
It appears to be about NONSENSE Harte,
Having spent a good portion of my life scrambling around one of the largest granite batholiths on the planet I can tell you granite IS one of the best insulatoors there is.
See that tree on the right, I was where I took this pic, when that tree was struck by lightening and had the top 1/2 blown off, during a huge rain storm.
Had it been wet soil, I'd likely be dead.
originally posted by: Blue Shift
While electrical conductivity might not be pertinent to large scale monolithic engineering, perhaps their acoustical properties would be. Different rocks make different pitches and tones when smacked with various kinds of hammers, and if they're properly positioned to resonate, one could conceivably create what is essentially music with them.
Archeoacoustics is a tough field, though, since over time rocks can be moved (like Stonehenge) so they're no longer in their original positions, and they can sink or be partially covered with dirt which would deaden the resonance or change the pitch and tone. Resonance chambers have been discovered in various ruins that may or may not have been accidental. But since the ancients weren't all that good at writing symbols to represent musical notes or their duration, it's hard to tell what notes were actually being played and in what sequence.