This device cures CANCER? 🎙️ with George Wiseman by @jeroseland on 3Speak
Hydrogen might just be the molecule "closest to God," as this element sits precisely on the razor-thin border where raw cosmic energy condenses into physical matter. But what happens when you take ...
Tags: #3speak #podcast #interview #health
Look up at the night sky, or peer into the impossible depths of the quantum vacuum, and you are staring at a single element that commands three quarters of the known universe. Hydrogen. It is the primordial firstborn of creation, the baseline atom from which every star, planet, and strand of human DNA was eventually forged. But if you talk to the renegades operating on the fringes of physics, they will tell you that hydrogen is a ghost. It is an element that defies human containment, slipping through solid steel and seemingly popping into and out of existence within the vacuum of space. A hydrogen might just be the molecule closest to God, as this element sits precisely on the razor-thin border where raw cosmic energy condenses into physical matter. But what happens when you take this cosmic ghost molecule, supercharge it with bioavailable electrons, and introduce it to a modern biological system? What happens when the fundamental building block of the universe meets a human body working to overcome the vascular strain, metabolic stress, and environmental tax of modern life? We aren't just talking about a gas today. We are talking about the fourth state of water. a selective antioxidant capable of rewiring cellular communication, and a independent inventor who has spent decades unlocking its secrets. Joining us today is George Mott Wiseman, a legendary researcher, a brilliant independent inventor, and the visionary creator of the Aquacier. device, which I started using just a few weeks ago. You can see it sitting behind me. He has dedicated his life to pioneering Browns Gas for human longevity, vitality, and cellular rejuvenation. I'm Jonathan Roseland with Limitless George's Company. Eagle Research is the exclusive sponsor of this episode. Thanks to them, there are no annoying ads interrupting this conversation. Listen till the end, that's where I explain why this sort of exclusive sponsorship is the highest integrity business model for doing... what we do here. George, welcome to the Limitless podcast. It's very good to be here, and with a fellow who does amazing research as well, like many of the interviewers I do, like, they just kind of skim the surface, but you dived deep. I'm really appreciating that. And I'm going to continue to plumb those depths. So some of the evidence for the... Aquacure device is pretty mind-blowing. And we're going to delve into it here. I'm talking about health transformations reported and documented, lives saved and dramatically improved in a lot of cases. And I'm thinking, George, that some of this is going to be like a discussion that I want to put in a private podcast and where we can like delve more into like some tangential weirdness of the inventions that you've pursued. I'm going to actually direct people after they listen to this one to get the, there's going to be a secret podcast. And I'm going to have that linked up below, wherever people are watching or listening to this one. Yeah, this is like, there's really a rabbit hole here that people are going to want to delve into, and I'm not sure if it's all stuff that I want to, like, that we can put out there in a public. Feed. First question, what really happened to the Hindenburg, the German Zeppelin that went down in flames in 1937, and it took the whole burgeoning airship industry with it? Yes, that was quite amazing. So the Germans, as you know, had transatlantic, well, actually worldwide flights with these Hindenburg machine, with type Derserbolzer, Zeppelins, or huge airships that were supported by hydrogen. Now, interestingly enough, a little side note is that another light gas is helium, and the Americans had the monopoly on helium, so the Germans pretty much had to use hydrogen, which is a lighter gas, but if you mix it with air, it's potentially explosive. Now, the Hindenberg syndrome meant that a lot of research involving hydrogen for everything. We're talking powering vehicles and fuel cells and all kinds of things like that, was pretty much... suppressed for decades after that because of this disaster that was caught on television when television was young. So people like, it's like the war of the world, it's only real. And so what actually happened was something as simple as static electricity. Now, there were lots of theories on... where it was sabotage or things like that, but when it came right down to it, the analysis said, what happened was the mooring tower, like, because the dirigible would come up to and moor on a top of a tower, so that it was still floating in air, and then they would put the people from the gondola down into, onto the ground. But what happened was when it touched the mooring tower, static electricity, because the dirigible had a different potential than the mooring tower sparked, and there must have been just a little gas leak, a little hydrogen around somewhere that was mixed with air, and it started the combustion, and the skin of the dirigible was combustible. It was made in an aluminum-type frot fabric. So that started a burn, which burned through into the gas bags, and the hydrogen started to vent, mix with air, and then burn. but hydrogen burns up as it goes out. The actual, there was no explosion because the hydrogen itself wasn't mixed with air, with oxygen. So the flames went up dramatically. Like, we're talking, this is a huge ship, as big as a great line, ocean-going ships kind of thing. So anyway, it was as big as the Titanic. It was lengthwise, lengthwise. It was about the same length as the Titanic. Yeah, it was huge. So it was dramatic. Now, most of the people that died actually leaped to their deaths from the gondola. The people that stayed in the gondola until it settled, because as the hydrogen vented, the whole d'ersible started to float down to the ground, the ones that waited until they could jump safely. They survived. They jumped and ran away. So I don't remember if it's 60 or 100 people or something survived, but they're the ones that waited until it was safe to jump off and run away, because all the heat and everything was going upward. But it was so dramatic that it just made hydrogen for any type of hydrogen. experimentation for decades, it just suppressed everything because it's called the Hindenberg syndrome. In any case, I'm very happy that people are now willing to experiment with hydrogen because it's amazing, absolutely incredible molecule. You subscribe much to the theories that the... that the destruction of the Hindenberg was kind of, that it was like planned, that it was the, perhaps it was like the U .S. government wanted to destroy it because they wanted to discredit hydrogen, or because it was, the Hindenberg was the edifice of the Nazi ideology that we were competing with on the world stage at the moment, or do you think it really was just an accident? I do. lean toward, it was just an accident, but there is, there is some evidence that, that goes toward the sabotage thing. For example, the actual flames started in the rear of the, not where the tower touched, but more toward the rear of the Hindenburg. So, it could, it could have been either way. Researching. Hydrogen, I got distracted for at least 45 minutes looking at Google images of Zeppelins. They're pretty, they're pretty amazing. I will recommend that people, that people do that. Just go and look at pictures of zeppelins, the interior cross sections of zeppelins. Yeah, they're pretty amazing. Yeah, the technology, the Germans were far ahead of most of the world in a lot of these different technologies. They're U-Boats, there's Zeppelins, all of this technology. It was absolutely astonishing the German technology. Okay, so switching gears to hydrogen as a healing modality. You've called hydrogen the essential macro. nutrient, but not knowing more about it, if hydrogen is the most common element in the universe, why are most modern humans deficient in it? Okay. That's a broad question. Okay, so to answer the actual question, why are humans most efficient has to do with where we get our hydrogen from? We can't just inhale it in the air like we can oxygen. Now, I have cannulas on right now for those people that are viewing it, and I'm actually inhaling grounds gas as we speak. So I'm not just an invalid. I'm actually in really good health. Much better health than I was decades ago, in fact. But, so where we get our hydrogen from, if we're not supplementing it like I am right now, is our food. Our food is hydrocarbons. So it's hydrogen and carbon that are bound together with an atomic bond energy. And to break that bond takes a lot of energy, a lot of power. except if you can put in some catalysts and enzymes and stuff. So we chew our food, masticate it, and put in some enzymes, and drop it into an acid bath to further prepare it, and then it goes into our lower intestine with bile from our liver and stuff, and microorganisms start to work on it. So by the time it gets to our colon, our large intestine, it's ready for the bacteria that, the specialized bacteria, that actually then, after all these enzymes and catalysts and preparation, can break that bond and put the hydrogen directly into our bloodstream through the walls of our colon. But if those bacteria aren't there, and most of the world now is deficient in those bacteria, then that bond doesn't get broken as efficiently as it should, and we become hydrogen deficient. And if we're, like our bodies are 62 % hydrogen, 24% carbon, or sorry, 24 % oxygen, excuse me, 12% carbon, and 2% everything else. So when the nutritionists are talking about zinc and magnesium and potassium and copper and iron and all these things, that's all part of the 2%. The 62% is our major macronutrient and it's hydrogen. And we'll get into why it's so important. But that's where we get it from. We get it from our food. If our digestive system is working correctly, most people are not. So they get diseases, various diseases, hydrogen deficiency diseases we're discovering. Like, there's over 2,000 studies now of hydrogen for health. And if you're deficient in hydrogen, it's been shown that the body starts shutting down extraneous. systems that aren't immediately life-threatening. The body knows how to stay alive. Like if you're out in the cold and you get hypothermia, the body will start shutting down blood flow to your extremities to prevent, to keep the core temperature up. So anatomically, the body knows to shut things down. The first thing it shuts down is your regeneration systems and stem cells and things like that, because it's not immediately life-threatening, but then you age faster. And then if you still don't have enough hydrogen, it shuts down your immune systems. So you get sick easier and don't heal as fast. And if you still don't have enough hydrogen, your organs will start to fail and you'll die. So hydrogen is absolutely essential to our health, not only just for health, but for biohacking and optimal health, like optimize, like the athletes are using to go faster, stronger, think better as they're doing their various things. So, hydrogen is one of these things that it doesn't, it doesn't directly cure anything. It doesn't directly enhance anything. What it does is it empowers the body to reach optimal homeostasis of maintaining all systems at as close to 100% as possible. There are a few things that hydrogen does directly. Like in the mitochondrial, it's directly influenced in making the ATP, which is the fuel for energy in the cells. So it's important that way, but you're absolutely correct in virtually everything else. Hydrogen is just like a brick. It's a building block. It's a bit of nutrition that doesn't do anything by itself. It, when you, it's like if you have a pile of bricks, you need three energy. three things to be healthy. You need your nutrition, you need energy, and you need intelligence. So if you have a pile of bricks, you want to make a brick wall. You need intelligence of the mason to grab the brick and the energy to move it to where it's supposed to be and put it where it's supposed to be. So hydrogen works like that in your body. And hydrogen is part of every, either directly or indirectly, part of every chemical. a thing that goes on in the body. So it's not only a building brick, but everything that's also happening. And so it's important to have, I guess I should just end it right there, because I have, I wanted to go over into easy gel and stuff, but we, we won't rake for just right now. So I know that you spend, like, hours every day inhaling the Browns gas. Is, is there not an, issue caused by the excessive intake of oxygen. They say that the dose makes the poison, right? And with, with most supplements, if you take, just, if you take 100 milligrams of caffeine, then it makes you kind of awesome. If you take five grams of caffeine, it makes you kind of dead in most cases. So with hydrogen, how does the body... manage an excess of hydrogen? That's a really good question. And it falls back onto a study that the Japanese did. Japanese are obsessed with longevity, appropriately so, in my opinion. And so they studied groups of people, like families of people who lived over 100 years old, and families of people who lived, like, in their 50 or 60 years or something like that, and died young. And they found the one major... common denominator was in the families of long -lived people, they add hydrogen coming out, excess hydrogen coming out their breath. Because what happens is the blood can only hold just so much gas, be it carbon dioxide or oxygen, or in this case, hydrogen as well. And if it gets more than that threshold, then you simply exhale any excess. So there's literally no way that you can get hypoxia or not enough oxygen. Your excess hydrogen and carbon dioxide just gets it exhaled. So as far as oxygen goes, because Brown's gas is a mixture of hydrogen and oxygen, and there's people out there to say, oh, you know, it's 33% oxygen, and we only inhale 21% oxygen at sea level, so you'll get too much oxygen. But they don't stop and think that... We're actually only inhaling at 2% hydrogen, which means 3% of the browns gas, because 1% of what you're inhaling is oxygen. And that 1%, that hydrogen-oxygen mixture is only replacing a nitrogen-oxygen mixture that you would normally be inhaling anyway. So the difference between the amount of... In that 1% of oxygen, the difference is only 12%. So 12% of the 1% is all the extra oxygen that you're getting. So you can't really use it as oxygen supplementation, like most people would use these kind of cannulas for. It's really, like, if you're breathing 21% oxygen, I just looked at the math this morning. I was answering another question on YouTube. And the math works out to 21.003%. So that... 0.003% extra oxygen is all you get. So it doesn't give you any extra oxygen. It's like taking two extra breasts per hour, kind of a thing. So, but the, and the actual hydrogen, you can't overdose on it. But I will mention there's a safety factor, okay? We can kind of go back to the Hindenburg in this particular case. Hydrogen has, what's called, a lower combustible limit. So if you have hydrogen in air, that's over 4.7% hydrogen in air, it's potentially combustible. And it won't just burn like the Hindenberg did. It'll go bang. So you want to, because it's already mixed with the oxygen, whereas the Hindenberg was hydrogen bags venting into the oxygen, so it could only burn at the point where the hydrogen touched the oxygen. So the, and you don't want that kind of a bang happening any way around you. So you have to keep the... percent of hydrogen under the lower explosion limit. Now, the scientific studies have shown that 2 % hydrogen in your intake breath, which is what I'm inhaling right now, is a therapeutic optimal benefit. If you inhale more than 2%, you get no additional benefit. But, of course, that is the optimal. So if you're inhaling 1%, you could double the 2% and get a better optimal. benefit. So there's no reason to go up to that potentially combustible limit, and there is nothing in Browns gas, or even pure hydrogen, that isn't supposed to already be in your body. So there's zero toxic toxicity, and if you take too much, you just exhale any excess. Ah, and I did quite a bit of sleuthing around on the internet, trying to find examples of people that had issues with Browns gas from your device, from the Aqua cure, because, yeah, you can see it, I've got it here in my home, I've got my wife using it, I don't have my baby using it quite yet, but yeah, sing as I've integrated this into my... my family's life here, I was, I was, I was just a bit concerned. I was just, I was thinking just a bit about the Hindbergh the very first time I switched it on and inhaled it, but those concerns were assuaged because, yeah, of the thousands of people that have used this device, I struggled to find, like, anyone reporting, reporting anything disastrous that happened. Yes, I've had about five different people tell me that they had explosions of the gas itself when they were smoking cigarettes as they were inhaling. So it wasn't, it wasn't, the explosion didn't go inside them. What happened was when you're exhaling. your exhaled breath, which may have some hydrogen in it, because once your blood is saturated, any excess over 1%, like a 1% hydrogen inhalation, will maintain that blood saturation. So if you're inhaling at 2%, then 1 % is coming out. And so when that combines with the gas that's going in, then if when you're exhaling, you have a potentially combustible mixture sometimes if you've turned the machine up too much. It quickly can go into the lower explosion range. But if you get a backfire, it generally goes into the cannula and backfires to the machine. It doesn't go into your lungs because you only have a 1% or 2% mixture there. So it's non-combustible. It's an inert gas as long as you're under that. So the people actually had the balls to say, I made this mistake, and this is what happened. And there was one guy. in Mexico that took the advice of a knockoff. There's a bunch of machines out there that look like the aquacure, and they are not the aquacure, and they're potentially dangerous for this reason, where they're doing 100% gas. They aren't turning it down to the 2 % optimal for whatever the body weight of the person is, like the aquacure does. And so this guy was inhaling, instead of at 30%, like he should have been, he was inhaling at 60% because the guys that knockoff people said, oh, more is better. More is not better. More is only better for those people that are selling machines that can't be safely used. Anyway, he leaned over a candle as he was exhaling, and because he was inhaling at, I think the combination turned out to be about 7 or 8%. hydrogen in his exhale breath, he ignited and it went back up into his sinuses, and he didn't get a concussion, but they went to the hospital because they thought he might, and he did have a bloody nose from that. So do be careful to follow our recommendations and keep the hydrogen level under the, well, inhale at 2% hydrogen. Right, and with the... device, there's a, there's a table of what your weight is, because lung capacity varies by a person's weight, and so you, like, I set it at 25% for myself, and I said it at 20% for my wife, and by following that table, you stay 100%, you stay 100% safe with it. Tell us a little bit about your story with this device, because you've been studying Brownscass for, is it 30 years now? Over 40 years. And, yeah, it wasn't hydrogen for health at first. I, excuse me, it's a little tough story to tell, and people will understand why, and I'll give the condensed version here. So, um. I grew up on a cattle ranch. I was a mechanical genius for various reasons. We won't go into, like, getting a pickup truck to do 36 miles to the gallon and things like that. I started my research business in 1984 selling…