This is a textbook case of pareidolia where complex geological erosion is mistaken for ancient anatomy without any empirical evidence. It is a creative exercise in pseudoscience that prioritizes visual patterns over the fundamental laws of mineralogy.
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What and How was this Formed...You Wont Believe Your EyesAdded:
Okay, my good friends, we need thumbs up. We need exposure. We need discussion. And this right here is a video that Myron [clears throat] Cook did. Now, I work under the Fair Use Act where I can show what he shows. I'm not trying to steal it from him. I'm trying to make an explanation of what he is actually seeing. And he is actually asking, "What is this? How did this happen?"
That's what I intend to explain. What it is, how it happened, why it's here, as much as I can. We need thumbs up. Thumbs up, my friends. Please.
All right. What you see here is what's called the dragon's eye. And all of those little layers are from the different lens layers. And you see how it wraps right around here. And right here is just broken off straight. They didn't chisel that that these things can break completely straight and it goes straight out the back and into a little tiny tunnel which is the the um optic nerve comes up and spreads out into all these lenses and all that stuff goes back into this little hole. My Cook and I'm using the Fair Use Act. I'm going to show you what he found and he can't explain it either. He's asking for explanations.
I'm trying I'd love to work with my I'm going to be, you know, going through all his different claims [snorts] and he doesn't realize this is biology. Now, you're never going to explain this without understanding the biology. And what he's going to show and I'm going to show today, what he has shown is also biology and it is also an eye. And the eye itself is removed all the way down into the center. There's a little little conduit in the center which leads up to the optic [snorts] nerve.
Okay, my friends. This is a shocker dour.
Look at this area right here. This Well, you It's everywhere. It's everywhere on these layers. These little layers.
There's little blocks and that is how an eye works. I've looked at this very carefully. This is an eyeball.
And those are those little layers.
Very hard to see. It's the best I can do.
These are the little layers that are little blocks and they transmit the image into your optic nerve.
I've I did a few videos on this and there's virtually no question whatsoever this was an eyeball functioning at one time and there's a a tunnel that goes back here and it goes to the optic nerve and all these little layers are layers of the eye tissue.
Now, there's a guy named Myron Cook who did a video and I'm going to show you what he found. And he found these layers and then all of this. And he obviously can't explain it cuz he doesn't feel that this is biology, but it is biology.
All right, I'm not going to get too deep into this cuz you really can't see it all that well, but they are all of these layers.
Now I am going to show you something from Myron Cook's video and the whole eyeball itself is gone and you can see where the center of the eyeball was. Take a look. All right. Now this is Myron Cook and he is looking at this structure and he just can't understand it. We're going to get in closer.
What I want you to look at is it's rounded but it's pinched over in this area just like our eyeballs are.
All right. One side is sort of roundish and the other side pinches up towards your nose.
And that's exactly what he's looking at.
Now these layers up here.
First of all, I don't know what kind of creature this was, but I I can tell you one thing for in my mind a fact. This is all biology. And this I don't know what it was. Layers of the face or it could be a fish or a dragon.
I have no idea. But let's look up close to what this looks like.
All right. Keep your eye on this carefully. Most people don't look at the details. I'm I'm a detail guy. I want to see the details.
You see that spot right in the center there? What is that little tiny hole doing there?
That's part of where the eyeball went and that eventually connected up, I believe, to the optic nerve.
Now, I'm going to let him speak and let's listen to what he has to say about this particular formation. Here we go.
I think I would describe this outcrop as wild. Wild in the way that the layers of rock are contorted in every way imaginable.
All right. This is the place where he sees these layers. And if they were any kind of layers, the depositional layers, they would be one like this, like this.
They wouldn't go this.
And they are going that way. And he's and this is perplexing him. I don't blame him.
Wild in the internal structure of the layers, there seems to be a vertical fabric perpendicular to the bed boundaries.
What kind of forces could deform rock like this? Or is it some other process creating these crazy patterns?
All right, let's just stop and look at it for a minute.
This I believe is one of the the edge of the eye going this way and this come towards the in in a in a human that would be towards the nose.
And there's all kinds of like you said crazy contorted this and that but this right here and this layers like here I believe this is an eyeball that's all I can take away from this now from what kind of creature I don't know I have no idea but it's it's for This area here fulfills the requirement for what an eyeball would look like if it was in a face of some kind of creature.
Okay, I agree with him. This is about as strange strange as you're going to see if you don't understand this is biology.
What kind of forces could deform rock like this? Or is it some other process creating these crazy patterns?
Hello, I'm Myron Cook. What an amazingly wonderful place this is. As strange as it can get. I mean, I I think this is maybe the the most interesting strange outcrop I've ever come up to. And uh the first thing we want to know is what's going on here? How are we going to make sense of it? I agree, Myin. And I would certainly love to discuss this kind of thing with Myron because he goes right out on site and he's he's asking he oh what just what he said. What happened here? How did this happen? What could possibly make this?
All I can tell you is I'm seeing biology here and I'm seeing an eyeball.
Now he's going to test it to see what kind of rock it is. And it's limestone.
And what this fizzing means is that it's calcium carbonate. It's a great test for limestone. If you put it on dolomite, it just fizzes very little or maybe not at all. But limestone, boy, it'll fizz like this. And this is fizzing extra vigorously because there's so much pore space in the rock. It is completely full of small holes and larger holes. very high paracity >> expanding.
>> All right. This is what there's an eyeball here.
The rest I I don't know what to make of it. I got to be honest with you. This is uh this is uh something I can't explain, but it looks to me like there was tissue coming around this way and eyeball was in it here.
And uh what was above? I don't know.
But it almost looks like it was wrapped right around and then there was an eyeball there. That's the kind of thing you got to look at all the different little Okay, here's my again. He's looking at these things. He just can't explain it.
and and nobody can until you understand the biology >> completely full of small holes and larger holes very high paracity expanding our area of investigation there's something here right above this outcrop I want to show you it appears to be some sort of collapse feature from higher above more of these features come into view. Three large holes are readily visible above our interesting outcrop. Could they >> they might be ears? I don't know.
>> They be related.
>> Well, this is quite the hole in the ground here. A sinkhole.
>> I I don't see there's any reason to go too much further. There's this whole area is nothing but layers of tissue.
as far as I can determine. And they appear to be some near the eyeball.
And there might be other eyeballs here.
I just what he's found is kind of strange.
And there's the collapse features above it. the curious limestone on the other side of the river, the cone-shaped feature, and there are many of those scattered about, and the ridge. But there are still more key observations we need to make.
Let's look at an outcrop right in this area.
I smile big when I see an outcrop like this. A good friend of mine, a local geologist by the name of Tom Anderson, showed me this. I'm grateful he did.
Thank you, Tom. And I think many of you have already figured some of the basics of this out. We have a very steeply dipping rock here at my back. It's near vertical. And then right up against it are nearly horizontal layers of rock.
This is a thinly bedded limestone and has some of the characteristics we've seen elsewhere in this strange limestone. All right, I'm I'm probably just going to cut it off here because it's it's what we're looking at here is is not just some sort of rocks interfacing with other rocks. We're looking at layers of tissue connected to possibly bony structures. I don't know really. I I I can't give you a good explanation of exactly what this is, but when I'm seeing all these craters and all of these lines and all little blocky stuff, I say this is the face [laughter] at one time of some kind of creature.
Now, according to my theory, the oceans boiled and killed all the gigantic creatures on Earth. And these are the type of remnants that were left over.
All right. Sometimes you can make out very very clearly what they were. And sometimes in a case like this, you've got to go by these little pockets and holes and structures and layers. And you know, there's no absolutely no reason geologically this should be interfaced into this. This is some kind of a an attachment into this soft tissue.
And this looks like more than likely it was bone.
I would think maybe tendon.
All right. This whole area is nothing but biology. I mean quite obviously these layers are not just layers of dirt. These are layers of tissue. And the red means they're they're fleshy.
This I'm not quite sure. You know, you always have tendon. And then you have muscle. Muscle is your fleshy sort of stuff. Tendon is tough tough tough. And it's a totally different substance. I think this is tendon matched up with this. And at one point this was all muscle from here over. And the muscle erodess. tendon does not erode very very little.
All right. This is this is some type of of digestive juices or enzymes or something that are coming out of here along with the minerals and then hardening up. And this is um biological quite obviously.
And the same he shows a lot of stuff like this.
Like here, look at this.
That water is saturated with whatever this mineral is. And whatever that mineral is is something that was digested from the digestive system or somewhere in a creature's body where you have enzymes and it creates this type of mineral.
That's all I can take away from this.
But as far as I'm concerned, the whole thing here, well, it's quite obvious if you understand biology. You understand this is biological. And what he was looking, look at this.
That's all biological stuff. Now, this is it's hot. It's steaming hot coming out of here because the creature's body that's under here is decomposing. And the decomposition of a creature's body, it they they get hot.
It's like it'll turn into spontaneous combustion. And that's what volcanoes are.
Hot springs are where they're just starting to try to break through. Like um Yellowstone is not far from this area. He's in Wyoming somewhere.
>> [snorts] >> Yellowstone they discovered is the body of a creature and it's boiling off underneath and making its way up through the throat of the creature and bubbling off hot springs above which could be the eyeballs or somewhere like that. And that's its vent.
This is capped.
But you can see it's coming up.
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