#2 — Ground Penetrating Radar

The human eye needs to see reflected light to recognize an object. To visualize what remains below the earth, scientists use microwaves which can penetrate the ground and bounce back when they hit something solid. This technique is commonly used to locate oil and other minerals. Called Ground Penetrating Radar (GPR), the apparatus us made from an antenna that transmits, then listens to receive the “echo” and prints the result on a piece of paper. The delay and strength of this echo tell the geologists how solid and at what depth the objects are under the earth.

The team of geologists didn’t scan the entire object. Instead, they marked out lines that crossed the object with yellow tape. Then they dragged the antenna (about the size of a lawnmower) over the lines and watched the output on the paper recorder. When they got a strong “hit” — meaning there was something solid underneath — they would record the position on the tape [above]. Later, when they made a map of the object, the tape and the location of the “hits” they realized that there was indeed a structure underneath the mud.

“This data does not represent natural geology. These are man made structures. These reflections are appearing too periodic… too periodic to be random in that type of natural pace.” — Ron Wyatt of SIR Imaging team

The radar cans revealed this structure [above] under the mud. The symmetry and logical placement of these objects shows that this is unmistakably a man made structure, most likely the Ark of Noah.

#3 — Artifacts retrieved from the Ark

Using the GPR, Ron Wyatt discovered an open cavity on the starboard side. He used an improvised drill to make core sample inside this cavity and retrieved several very interesting objects. Below you can see the artifacts which were sent for laboratory analysis. On the left is the bore hole [see below], followed by what turned out to be petrified animal dung, then a petrified antler and lastly a piece of cat hair.

Even more amazing artifacts were found

Perhaps the most significant find from the Ark itself is a piece of petrified wood. When this was first found it appeared to be a large beam. But upon closer examination it is actually three pieces of plank that have been laminated together with some kind of organic glue! This is the same technology used in modern plywood. Lamination makes the total strength of the wood much greater than the combined strength of the pieces. This suggests a knowledge of construction far beyond anything we knew existed in the ancient world.

Tests by Galbraith Labs in Knoxville, Tennessee, showed the sample to contain over 0.7% organic carbon, consistent with fossilized wood. The specimen was once living matter.

Examination reveals the glue oozed from the layers. The outside of the wood appears to have been coated with bitumen.

Even more surprising were laboratory analyses which not only revealed that the petrified wood contained carbon (proving it was once wood) but there were iron nails [above right] embedded in the wood!

We like to imagine that humanity evolved in a neat sequence of eras, each named after the technology that was discovered. We have the Stone Age (where man developed arrows and stone tools), the Bronze Age (where metals were combined and heated to make tools and household items) and lastly the Iron Age (where iron and steel objects were made by heating iron ore and adding other material — like charcoal — to strengthen it). The Iron Age is usually placed at 1200-1000 BC, yet we have iron nails being used in this extremely old construction

But wait… there’s more!

The most surprising find was discovered with sensitive metal detectors. The team located several strong “hits” that, when dug up, revealed large disc shaped rivets. From simple observation of the metal it was possible to see where the rivet had been hammered after being inserted through a hole [below].

If rivets being used in ancient construction doesn’t impress you, this surely will.

An analysis of the metal used to make the rivets revealed that they were a combination of iron (8.38%), aluminum (8.35%) and titanium (1.59%). Remember these trace metals have survived petrification and so do not indicate the exact content in the original material. (see Report from Galbraith Labs)

We know the aluminum was incorporated in the metallic mixture because it does not exist in metallic form in nature. This implies an extremely advanced knowledge of metallurgy and engineering. Characteristics of an iron-aluminum alloy have been investigated in The Russian Chemical Bulletin(2005) and reveal that this alloy forms a thin film of aluminum oxide which protects the material from rust and corrosion. The addition of titanium would provide added strength. This seems to have worked. The rivets have survived from antiquity!