This episode takes you on a compelling journey through time, as Bob Inyart and Dr. Walt Brown discuss the implications of Earth’s ancient waters on the solar system, including the fascinating origins of comets and the marks they left on our moon. Discover how these insights challenge conventional earth science and invite us to explore the intricate details of our planet’s formation in this fascinating dialogue.
Greetings to the brightest audience in the country and welcome to Bob and your live today. We’re going and playing an old episode from Walt Brown week. Walt Brown week was Bob and Dr. Walt Brown discussing the hydroplate theory. Last week we played part one of what Brown week and the hydroplate theory, if you’re not familiar, is so crucial. for Christians to understand. When you look at the global flood, you would think if there was a global flood on earth, we would have evidence for that, right? That would be a pretty big deal, and we would have evidence for that. Luckily, we do. We have mountains and mountains of evidence for that, and we can prove that a global flood happened and how the global flood happened. And that is so important because if you don’t have Genesis, if you can’t trust the validity of Genesis, why would you trust the rest of the Bible? But… Walt Brown, Walt Brown Week with the hydroplate theory has evidence for the global flood and explains how the global flood happened. And in science, there’s two things that you want. You want predictions which have come true from your theory, and you want theories that explain many different details, many different physical phenomena. And Walt Brown’s hydroplate theory does exactly that. With that said, this is part two of Walt Brown Week on Bob and Yert Live. So crucial. If you want the entire thing, all of Walt Brown Week, you can get it by going to RSR. That stands for Real Science Radio. RSR.org. Click on the store and check out Walt Brown Week. So important that we as Christians understand this.
SPEAKER 03 :
Greetings to the brightest audience in the country. I am Bob Inyart, the pastor of Denver Bible Church.
SPEAKER 05 :
Dr. Walt Brown is my favorite scientist. He wrote the book In the Beginning, a best-selling creation book about evolution and the global flood. Dr. Walt Brown authored The Hydroplate Theory, and that’s what this show is going to discuss. He got a Ph.D. from MIT. He’s taught science courses at the U.S. Air Force Academy and elsewhere. Well, Dr. Walt Brown, welcome back to Bob and Your Life.
SPEAKER 02 :
Nice to be with you, Bob.
SPEAKER 05 :
Could we… Describe the hydroplate theory. I’d like to take a crack at it, and you could help me out.
SPEAKER 02 :
Good luck.
SPEAKER 05 :
Okay.
SPEAKER 02 :
It’s about 250 pages, by the way.
SPEAKER 05 :
That’s right.
SPEAKER 02 :
You’re biting off a big hunk, but let’s give it a try.
SPEAKER 05 :
Okay. As God originally created the earth, the earth was covered with water, and then God said that he created the firmament, which was the crust of the earth, and he separated the water from below the crust, from the seas, the water above the crust. And so there was one original continent on the surface of the earth, Pangea, scientists, geologists have called it. And Noah’s flood happened, the global worldwide flood happened when the crust of the earth broke open. And as the Bible says, before it mentions any rain, it says the fountains of the great deep broke open. And then it also rained. And that’s what destroyed mankind and all the land animals on Earth, except for those saved, Noah and his family, and the animals they brought with them on the ark.
SPEAKER 1 :
Right.
SPEAKER 05 :
So the hydroplate theory is that there was basically a subterranean sea under the crust of the Earth.
SPEAKER 02 :
Under the entire crust.
SPEAKER 05 :
The entire crust. Yes. So it was like a slice of a sphere.
SPEAKER 02 :
That’s right. As a first approximation, it was like a spherical shell. Roughly maybe three-quarters of a mile thick. It contained about half the water that’s on our Earth’s surface today. There would have been pillars or places where the Earth’s crust would have touched the bottom of the subterranean water chamber. But as a first approximation, think of it as a spherical shell. And it was down about 10 miles is my best estimate.
SPEAKER 05 :
About 10 miles beneath the surface of the Earth. Right. And so we say there was only one landmass, Pangea, And that’s where today we’d find Asia, Africa, North and South America. So let me start by asking you this. I was taught even in grammar school back east in New Jersey that you could take the continents and squeeze them together where the Atlantic Ocean is and they fit like a jigsaw puzzle. But what I didn’t realize, I was just a kid and they told me that and I believed it. But what I didn’t realize is… They appear to fit, but the proportion is way off.
SPEAKER 02 :
That’s right. There are a number of problems with that fit that is in probably every encyclopedia and every textbook on the earth sciences. First of all, they’ve removed some of the material, some of the continents. They’ve removed Central America. They’ve removed southern Mexico. They’ve removed the Caribbean. They don’t say where they went. Another thing is they have made a cut. below Europe and above Africa, and rotated the two to help make the fit better. Another thing they’ve done is they have shrunk the area of Africa by 35%.
SPEAKER 05 :
They shrunk the area of Africa by a third. That’s a big shrinkage.
SPEAKER 02 :
Right, and they get away with it.
SPEAKER 05 :
Now, the reason they get away with it, I think, is because when you look at a globe, it looks really plausible because it’s a beautiful jigsaw fit. So there’s something behind the idea, except that they got it wrong. They didn’t understand how it happened.
SPEAKER 02 :
Yeah, they had to distort too many things, get rid of too many things, rotate too many continents, and make slices where there shouldn’t have been any. There was no evidence for it.
SPEAKER 05 :
So the way that it happened, as I understand it, through reading your book in the beginning and also comparing it with the Bible… and then looking at the maps of the oceans, the ocean floors that you provide in your book and elsewhere, is that there is a mid-Atlantic ridge, a crack, basically, in the center of the Atlantic that not only is in the Atlantic, but if you follow it, it goes all around the globe.
SPEAKER 02 :
Yeah, it follows a great circle path. It’s like the seam of a baseball.
SPEAKER 04 :
Hmm.
SPEAKER 02 :
It goes all around the Earth. The whole thing is called the Mid-Oceanic Ridge. It’s 46,000 miles long. It’s the longest mountain range on the Earth. Most people, Bob, don’t even know it’s there.
SPEAKER 05 :
Don’t even know it’s there. And so if we start out with just talking about the portion, the Mid-Atlantic Ridge, that’s basically the area where the crust of the Earth cracked.
SPEAKER 02 :
It cracked along the whole Mid-Oceanic Ridge.
SPEAKER 05 :
Right. It cracked everywhere. It started somewhere. Yeah. And it seems to me, I don’t know if you would agree, it seems that it started on the Atlantic side of the Earth.
SPEAKER 02 :
That’s what most people think. But there’s a complicated reason why I feel it started up between where today we have Alaska and Siberia.
SPEAKER 05 :
Okay. All right. Well, that’s interesting. And perhaps we’ll get into that. But let’s continue here. So when the crust of the Earth cracked, the water from under the Earth began to shoot up under tremendous pressure.
SPEAKER 02 :
That’s right.
SPEAKER 05 :
And it began to erode. The landmass, the crust, above the crack.
SPEAKER 02 :
That’s right.
SPEAKER 05 :
So the Atlantic Ocean was never there. It was one continent, Pangea. And along that crack, then all that 10 miles thick of landmass began to erode as that water shot up with great force. And that’s what formed the Atlantic Ocean. And with all that chunk of the continent being removed, that made that part of the crust lighter. So the floor of the Atlantic literally lifted up.
SPEAKER 02 :
That’s right.
SPEAKER 05 :
Where the Pacific got sucked in.
SPEAKER 02 :
That’s right. The Pacific got deeper, the Atlantic got… As the chamber floor, subterranean water chamber floor, rises to become the Atlantic floor, something has got to give way underneath. There’s not going to be a cave opened up underneath the Atlantic floor. The pressures are too great. There’s going to be material moving from the direction of the Pacific toward the Atlantic. You’ve got to think of the Earth in three dimensions, not just a map, but three dimensions. And so as the Atlantic floor rises, and it will rise fast, Bob, the first couple inches it rises is going to make it rise even faster. It’s an instability. Right. And so as the chamber floor rises to become the Atlantic floor, it’s pulling down the Pacific floor.
SPEAKER 05 :
Which helps us to understand why the Pacific has these incredibly deep trenches, like the Mariana Trench and others.
SPEAKER 02 :
And so many volcanoes. There are… roughly 40,000 volcanoes on the floor of the Pacific, especially the western Pacific.
SPEAKER 05 :
Is it considered like a ring of volcanic action?
SPEAKER 02 :
The ring of fire surrounds that area, but the center of this highly volcanic area in the western Pacific is exactly within a half a degree of latitude and longitude, exactly opposite the center of the Atlantic floor.
SPEAKER 05 :
Opposite the center of the Atlantic floor. So when the fountains of the Great Deep break open… and that mid-oceanic ridge is basically where the crust cracked and the waters come up, and they erode away the Atlantic Ocean. So that crack has a shape to it, and the erosion sort of follows the shape of the crack, and that’s why it looks like you could squeeze the continents together.
SPEAKER 02 :
That’s right.
SPEAKER 05 :
Because it’s the way it eroded. It’s not because the continents separated over a billion years.
SPEAKER 02 :
Right. If you take a very good globe that shows the details of the ocean floor, you’ll find the continents, North America, South America, Europe and Africa and Asia, the continents fit together, not against each other very well, but they fit against the base of the mid-Atlantic ridge. That’s where the fit is ten times better.
SPEAKER 05 :
Yeah, that’s exciting. And also, you said get a good globe, but your book in the beginning and your website, creationscience.com, is a fabulous resource partly because you provide the maps and the graphics and the photos step by step through the process for people to understand this. Now, as that water is coming up with such enormous force that it’s literally eroding away all the landmass where the Atlantic Ocean now is, that part of the crust is gone.
SPEAKER 02 :
Yeah, there’s another element here. The subterranean water chamber, I’m estimating, is about 10 miles down. So when the crack forms around the Earth, and it’s forming because the pressure is building up in that subterranean chamber. We won’t get into why it’s building up, but it’s explained in the book. The pressure is building up, so we get a crack, and once the crack starts, it’s going to rip because the whole crust is in tension. And so now the crack is there. We have walls basically of a sheer vertical cliff 10 miles high. You will never find on Earth today a cliff that’s 10 miles high. The highest a cliff can be on the Earth today is 5 miles. What’s the difference? Well, if you ever had a cliff that’s 6 or 7 or 8, 9, 10 miles high, the rock at the base of the cliff is under such compression, such pressure, because of the overlying rock that it would crush. And so the walls of that 10-mile-high crack are crushing continuously. As the water is coming out.
SPEAKER 05 :
I see.
SPEAKER 02 :
And so that water, as it’s being expelled upwards, and it’s going with an indescribable velocity and pressure. And it’s not just due to the pressure of the weight of the overlying rock. And that’s something maybe we better not get into.
SPEAKER 04 :
Okay.
SPEAKER 02 :
But it is cleaning out all that rubble that is forming because of this crushed rock at the base of the 10-mile thick crust.
SPEAKER 05 :
So as that water is shooting out, then some of the water and some of the rock and debris is basically… being thrust up with such tremendous force and velocity that it’s able to escape the Earth’s gravity.
SPEAKER 02 :
That’s right. And let me just kind of whet people’s appetite here. That water, we call it water. And you might think, well, water can be in three forms. It can be a liquid. That’s what most people think about. It could be a solid like ice, or it could be a vapor like steam. But there’s another type of water, and it’s called supercritical water. Supercritical water has been known about for over 100 years. But it was just in the last five or six years that scientists performed the kinds of tests that show us really what’s going on in supercritical water. I won’t get into it here. But you will see if you go to the book and read it, and it’s free on the Internet. You can just read it there. You will see why the energy was stupendous and why that water came out with such extreme velocity.
SPEAKER 05 :
Well, we could imagine just… They make electricity by boiling water and turning turbines. And imagine, aside from that issue, 10 miles thick of continent pressing down on a subterranean chamber of water.
SPEAKER 02 :
The forces are just… If you’re just talking about liquid water and you’re talking about the pressure of 10 miles of rock resting on it, that would only expel the water upwards at a half a mile per second.
SPEAKER 05 :
That sounds pretty fast right there.
SPEAKER 02 :
That’s right. To an amateur like me. That’s not enough to escape the Earth’s gravity. You’ve got to be going about seven miles per second to escape the Earth’s gravity.
SPEAKER 04 :
All right.
SPEAKER 02 :
And do other things. But when you understand the supercritical water idea and how much energy is down there that’s going to be expanding that water, that supercritical water, and cooling it almost instantaneously as it’s coming up, the water would be going many miles per second.
SPEAKER 05 :
Okay, so now for many years, in fact, probably 30 years of my life, I would look up at the moon and be so amazed, but also frustrated.
SPEAKER 02 :
You saw a man there, didn’t you?
SPEAKER 05 :
The man’s face in the moon. But I would ask myself, and I’d ask others, why does the moon look like it’s had the tar beat out of it? And let me ask you this question, which side of the moon… the near side to the Earth or the far side, which side has been hit harder, has been hit more? Do you know the answer to that?
SPEAKER 02 :
Yes, the near side.
SPEAKER 05 :
The near side. Now, it seemed to me that the far side, if in fact the moon had been hit over millions or billions of years by random meteorites, that the far side would be hit way more because the Earth should be like a shield to protect the near side.
SPEAKER 02 :
Right. Or to be… not too contentious with the evolution, say they should be hit about the same. But the point is, the moon keeps one face always toward the earth. It’s locked. The moon rotates once every complete orbit, about every 28 days. So the far side of the moon was never seen by modern humans until the space program. Right. They took pictures of the far side and they say, whoops, something is quite different on this far side. Hmm. It looks as if the near side of the moon has been peppered with buckshot. Buckshot that would have been fired from the earth. And that buckshot, I say, was fired by the fountains of the great deep.
SPEAKER 05 :
In other words, when the crust of the earth cracked open, as the Bible describes the fountains of the great deep breaking forth, then that water shot up. And you’re talking about supercritical water producing enough energy to to literally launch the water and debris into outer space, and that’s what beat up the moon the way we see it today.
SPEAKER 02 :
That’s right. That’s right.
SPEAKER 05 :
Wow. And so how about the comets and the asteroids that are in our solar system that seem to sometimes mark the otherwise perfection of the solar system? For example, NASA has recently collided a spaceship, a piece of a spaceship with a comet just recently. And they’ve just released their findings.
SPEAKER 02 :
Yeah, that was the Deep Impact mission. The impact took place on the 4th of July, about two years ago. Temple 1 was the name of the comet. The spacecraft came, oh, a couple hundred miles from it and fired an 820-pound bullet into that comet. And cameras were focused on it from the spacecraft. The debris that was kicked up was photographed and can be analyzed in a very sophisticated, very detailed way. There were about 70 telescopes on Earth that were focused on the thing, including the Hubble.
SPEAKER 05 :
I know that NASA, along with evolutionary scientists and astrophysicists and all, they believe that comets were formed in the outer reaches of the solar system. And of course, your hydroplate theory explains that comets, which are pretty much dirty snowballs falling through space, that comets were formed
SPEAKER 02 :
from the earth that that’s where they came from the fountains of the great deep launched them comets have been known for let’s say 30 or 40 years to be nothing but as you say dirty snowballs water being one of the biggest constituents of comets where do we find water bob well we find a lot of it on earth the earth is the only place that i know of in the universe that has liquid water on its surface the earth is sometimes called the water planet So if you want to know where comets came from, and you know that comets contain an awful lot of water, I would start by saying, is there some way the Earth could have launched comets?
SPEAKER 05 :
Right, exactly. After all, they tell us that you find a meteorite in Antarctica, and they say it came from Mars.
SPEAKER 02 :
Yes. They say it was splashed off of Mars. Something hit Mars, an asteroid, a comet, or a meteorite hit Mars and splashed this debris off that came and hit the Earth to escape. mars you’ve got to be going about three miles per second imagine an impact on mars that would kick up stuff going that fast and get through even the thin atmosphere of mars try picking up a hand of dust bob and throwing it up in the air and see how high it goes okay right and so still you find water in the solar system and the earth is filled with water and the atheist scientist
SPEAKER 05 :
will laugh at the idea, they’ll scoff at the notion that that water came from the Earth when we’re two-thirds covered in water.
SPEAKER 02 :
That’s right. And another thing, talking about Mars, talking about liquid water, about three weeks ago, NASA had a big announcement. It’s one that they’ve been thinking about for two years because they cannot figure out how it could possibly be true. Liquid water has been detected not only on Mars, but detected flowing in the last two to five years. They’ve taken photographs of Mars seven, eight years ago.
SPEAKER 05 :
And they seem to see a difference.
SPEAKER 02 :
And they’ve taken photographs of the same place just recently, and they can see the flowing indications of liquid water. Here’s the problem. Mars is too cold. Mars is much colder than Antarctica is in the winter. So how do you get liquid water there? Well, they say maybe it came up from inside Mars. That’s nonsense. Any water trickling up from the inside is going to freeze. It’s going to freeze several miles below the surface. It’s going to be ice. It’s not going to gush out on Mars. And the channels that they’ve found since the Viking program in the 1970s, which took the first pictures of Mars, close-up pictures, found that these channels mark the flowing of a voluminous amount of water, as if a dam broke. And the volume flow rate of that water, they estimate, exceeds… the volume flow rate of all the rivers combined on the Earth and interoceans. So water trickling up through the crust of Mars is not going to form the equivalent of the Amazon and the Mississippi and the Indus and the Congo combined.
SPEAKER 05 :
So what do you think is going on?
SPEAKER 02 :
Well, the fountains of the Great Deep launched with such incredible velocity that the water and the debris in that water Much of it escaped the Earth’s gravity. What’s going to happen? Well, let’s go back to Apollo 13, one of the early moon exploration spacecraft. Apollo 13 made a discovery. Astronauts on it discovered something, and they tried throwing waste material overboard. And to their surprise, that material, which they thought would be long gone, disappeared forever almost, kept orbiting the spacecraft.
SPEAKER 1 :
Yeah.
SPEAKER 05 :
So in other words, they sort of flushed their toilets outside the craft. Right. And they ended up with this waste.
SPEAKER 02 :
It kept orbiting. Why was that? Well, it was pretty easy to understand once they thought about it. Gravity. When you’re standing next to the spacecraft sitting on its launch pad, you don’t feel its gravity because its gravity is minor compared to the gravity of the Earth that you feel very vividly. But if you’re far from Earth and near the spacecraft, the spacecraft’s gravity is the only game in town. Right. And so the spacecraft’s gravity can hold an object in orbit about it, and those objects become moons of the spacecraft. So that’s what happens. So when the fountains of the Great Deep are launching water, water vapor, most of that water, roughly half of it, flashes into steam when it gets into outer space. It’s launching all these rocks. Remember I talked about the rubble at the base of these 10-mile-high cliffs? Those big rocks… are going to gravitationally attract smaller rocks and water vapor and frozen water, ice. And so it’s going to orbit. And because of all the vapor, the gas orbiting as well, those solid particles are going to decay and come closer and closer and closer, finally touch the big rocks. It’s called a sphere of influence, people in the astronautics business and space dynamics. This has been understood for a couple hundred years, by the way. A French mathematician figured all this out. So there’s a sphere of influence every object in space has. And so these large rocks are going to attract material, and as that material gets attracted, they become even more attractive of other material, and they’re going to grow into be comets or asteroids. The asteroids especially are going to be propelled by a phenomenon dealing with solar energy. You’ve seen these little windmill things in glass bulbs that you shine sunlight on them and they start to spin. They’re composed of veins, black on one side and white on the other. I’m looking across my office here. I’ve got a demonstration of that in the window right now. That’s called a radiometer. That effect is acting on these comets and these asteroids, especially the asteroid. And it’s causing them to be pushed out just the way sunlight pushes those veins, the dark side of the veins. It pushes them out. It’s going to push those asteroids out, and they’re going to be spiraling outward away from the Earth. And what’s the next planet out from the Earth?
SPEAKER 05 :
Mars.
SPEAKER 02 :
So it’s going to be spiraling over the years or centuries, and if any of them collide with Mars, all that frozen water, that ice, is going to immediately turn to liquid and to steam.
SPEAKER 05 :
Because of the energy of the collision.
SPEAKER 02 :
That’s right. All right. It’s going to be like a dam breaking.
SPEAKER 05 :
So I can understand how we could look at Mars and see evidence of those collisions in that water, which then would it freeze or dissipate?
SPEAKER 02 :
It would do both. Mars has very little atmospheric pressure. The impact is going to add a lot of heat to it. It’s going to melt, and a lot of it will go poof into vapor. But the vapor is not going to leave Mars. It’s going to form moisture in the atmosphere. It’s going to eventually rain out. or end up at Mars poles where it will lock up.
SPEAKER 05 :
Okay, well then, how about the photographs showing apparently recent flow?
SPEAKER 02 :
Right, right. That recent water, well, first of all, let’s go back to the water that was landing in the centuries after the flood. Where’s that water going to go? Well, a lot of it’s going to soak into the soil. Those impacts are going to produce craters, and those craters show all sorts of signs of having been filled with liquid water. Hmm. So that water is soaking into the craters and the crater walls. So there’s ice under the soil of Mars. It’s locked in the spaces in between the grains of sediment. Now, if a meteorite, and most meteorites are very, very small, strikes one of those crater walls, what’s going to happen? Well, it’s going to add a lot of heat. It’s going to melt that ice that’s frozen in the crater walls, and that liquid water is going to drain down the crater wall. And that’s exactly what they’ve been showing photographs of.
SPEAKER 05 :
Wow, that’s fascinating. Let me ask you this. When NASA, their deep impact, they looked at what this comet was made of, and I’ve read in their own reports they were startled that they’re finding minerals from the inner solar system when they believed that comets were formed way out in the outer solar system.
SPEAKER 02 :
That’s right.
SPEAKER 05 :
That seemed to be support for your hydroplate theory that comets were launched from the Earth.
SPEAKER 02 :
Right. To be more precise, to be more accurate, they should have said, it looks like it’s got all the minerals and chemicals that are on the Earth. And some of those minerals only form in the presence of liquid water. But as you know, Bob, liquid water should not be found in outer space. That’s right.
SPEAKER 05 :
And so, in fact, the Earth has, what, thousands of minerals on it?
SPEAKER 02 :
About 4,000 known minerals in the crust of the Earth.
SPEAKER 05 :
And I’ve read in your book, olivine?
SPEAKER 02 :
Olivine is one of the most common, yes.
SPEAKER 05 :
And did they find olivine in comets?
SPEAKER 02 :
Absolutely, and I predicted it beforehand. I’ve put it in writing beforehand. You’ve seen it in the book that was published years before.
SPEAKER 05 :
I sure have, and I’ve made that argument. In fact, when NASA was getting ready to slam into this comet, I called some scientist friends and told them what they would find. And thanks to you, Walt Brown, my prediction to them was true. It was really your prediction.
SPEAKER 02 :
And the chief scientist of one of those space programs. got a hold of the chapter before it was published in 2001, he saw the prediction.
SPEAKER 05 :
All right.
SPEAKER 02 :
And he was making just the opposite prediction. That’s right. His name is Don Brownlee.
SPEAKER 05 :
We are out of time right now, but Dr. Brown, I’d like to continue this tomorrow’s show. Can we talk about the Grand Canyon?
SPEAKER 02 :
Sure can.
SPEAKER 05 :
All right. Thank you so much. The book is In the Beginning by Dr. Walt Brown. It’s available to read at his website for free online at creationscience.com. And we’ve been selling it here for years. You can get a beautiful hardcover copy of this book. In fact, they’re signed by Dr. Walt Brown. If you order them from us this week, you can call us at 800-8N-YARTS. That’s 1-800-836-9278. Or you can order them from our website at kgov.com. In Colorado, consider Maranatha Christian Center. What a beautiful school in Arvada. Maranatha. May God bless you all.
SPEAKER 01 :
Hey, it’s Dominic, and you’re again in studio. If you want the entire thing, all of Walt Brown Week, you can find that on rsr.org. That stands for Real Science Radio. rsr.org. Click on the store. Check out Walt Brown Week tomorrow. We’re going to be playing the next installment of Walt Brown Week. So exciting. You do not want to miss it. Walt and Bob are going to be discussing the origin of the Grand Canyon and the origin of the Grand Canyon that secular scientists give. It makes no sense. But what Walt Brown presents is mind-blowing. May God bless you guys.
This episode takes you on a compelling journey through time, as Bob Inyart and Dr. Walt Brown discuss the implications of Earth’s ancient waters on the solar system, including the fascinating origins of comets and the marks they left on our moon. Discover how these insights challenge conventional earth science and invite us to explore the intricate details of our planet’s formation in this fascinating dialogue.
