All Episodes
Previous Next
July 24, 2025 - Health Ranger - Mike Adams
01:15:18
You Can Print DOLLARS, But You Can't Print TERAWATT HOURS...
| Copy link to current segment

Time Text
Welcome to this special report with the following title.
You can print currency, but you can't print terawatt hours.
So this special report is on the heels of the fact that yesterday I published my story about how the AI race has already won, how China's power dominance secured its victory in the race to AI superintelligence.
And on the very same day, the White House launched AI.gov and released a whole new report here.
Let's see, it's titled Winning the Race, America's AI Action Plan.
And it's a national security imperative for the United States to achieve and maintain unquestioned and unchallenged global technological dominance, says Donald J. Trump in the intro to that report.
Except, of course, already China is dominating in 60 out of 65 key technologies.
So Trump is still living in the 1980s, I think, when it comes to understanding where we are in history.
And then when I got into the report, I was just, I was very disappointed, very shocked at how horrible the situation actually is for the United States.
But let me back up.
In case you missed my big story yesterday, I was talking about how China dominates electricity production.
And I covered this in great detail in a new article on naturalnews.com.
And it's called The AI Races Already Won.
It talks about China's power dominance.
And there I show you a graphic from Visual Capitalist that shows that China, as of last year, China was producing 10,000 terawatt hours of electricity in the year, while the U.S. produced less than half of that, 4.4,000 or 4,400 terawatt hours, you could say.
So let's back up even more.
So what's a terawatt hour?
Well, of course, a kilowatt hour is one hour duration of one kilowatt of electricity usage, which would be something like a hairdryer.
So if you leave a hairdryer on for one hour, that's about one kilowatt hour.
If you leave a thousand hair dryers on for one hour, then it's a thousand times higher than a kilowatt hour, and that would be a megawatt hour.
Got it?
So a thousand hair dryers, megawatt hour.
Okay, what if you had a million hair dryers, you left them on for one hour?
Well, then you'd multiply that by another thousand.
You know, from 1,000 to 1 million is a factor of 1,000.
So then you would be burning, that'd be one gigawatt hour of electricity.
Got that?
That's a million hairdryers for one hour.
And then what if you did a billion hair dryers for one hour?
That would be one terawatt hour of electricity.
And if you left them on for 10 hours, that would be 10 terawatt hours of electricity usage.
So it's very important that as we discuss electricity, I should have covered this yesterday, that we understand the units.
So a terawatt hour or a kilowatt hour is 1,000 watts of current times the duration of one hour.
So a lot of people aren't used to dealing with units of electricity and they can be confusing.
So don't confuse a kilowatt with a kilowatt hour.
So a kilowatt is how much energy your hairdryer is drawing at any moment that it's on.
That's a kilowatt.
Oh, it's using a kilowatt.
Or you might have a solar panel on your house that can produce like 100 watts when the sun is shining on it, right?
And then if you have 10 of them, you're producing a kilowatt, but only while the sun is shining on it.
If the sun is shining for four hours, you've collected four kilowatt hours of electricity.
You know, theoretically, there's some inefficiencies in charging your batteries, some heat loss, etc.
But theoretically, that would be four kilowatt hours of electricity that you've stored.
So when we talk about terawatt hours, that's a lot of electricity.
And in fact, the largest nuclear power plants that are currently scheduled for construction that Trump just announced are the Wessinghouse AP1000 units.
That's a fun name.
AP1000.
And it generates 1,100 megawatts of energy.
Got it?
And since nuclear power plants can run 24-7, unlike solar or wind or hydro or whatever, because nuclear power plants don't care when the sun goes down, then in a 24-hour period, that nuclear power plant can generate 26,400 megawatt hours of energy.
All right, and then you multiply that times, let's do that, times 365, assuming it has no downtime.
You get about 9.6 terawatt hours, which I rounded up to 10.
So 10 terawatt hours per year is how much electricity you get from the largest nuclear power plant that will be built in the United States.
And there are 10 of these plants scheduled for production to begin construction in the year 2030 with an estimated finish date of around 2040 to 2044.
These often take 10 to 14 years to get online.
At that time, then, 10 of these plants times 10 terawatt hours per year each would generate 100 terawatt hours per year.
That's the sum of all 10.
Okay, 100 terawatt hours per year.
And currently the United States generates 4,400 terawatt hours per year.
So that number with these 10 nuclear power plants would go up to 4,500 terawatt hours per year.
Got it?
That's assuming nothing else comes online, like coal or whatever.
So when these nuclear power plants are added to the U.S. power grid sometime in the year 2040 plus, then we're going to have a tiny bit more electricity.
Just slightly more than what we have now.
Technically, what is that?
2.3% more.
Okay?
2.3% more.
So with that understanding, let's go to China's production, which is 10,000 terawatt hours per year and rising rapidly.
So China's electricity production is more than the U.S. and all of the EU and India combined.
Combined.
You got that?
So China is a massive energy producer, and China's energy surpassed U.S. energy production in about 2009.
So let's just call it 2010.
Let's say 15 years ago, China surpassed the U.S. in energy production.
And China did that largely by relying on fossil fuels.
About 62% of China's power grid uses fossil fuels, coal and gas for the most part, in order to achieve this massive production of electricity.
Okay.
So once you realize that, and this was the point of my article yesterday, and you realize that power is the primary bottleneck of the input into AI research and development, then you realize that, you know, holy smokes, the nation that has the most energy is going to be able to pump the most energy into AI data centers, obviously.
And it turns out that China also is very good at manufacturing things like, oh, I don't know, microchips and data centers, etc.
And they've even mastered the seven nanometer scale microchip fabrication technologies that Trump thought they could keep from China with tariffs, and that didn't work.
So China's making its own AI microchips and GPUs and specialty systems and building massive, massive data centers and building coal-fired power plants almost every day in order to power this AI research.
Now, a large language model such as the ChatGPT model like ChatGPT 4.0, let's see, what did I say in my story here?
That consumed 50 gigawatt hours of electric in order to train GPT-4.
And that's about enough electricity to power one household for 40 years.
So that's how much juice it took to train GPT-4.
Well, to be competitive, the U.S. is going to have to train much larger models with hundreds of trillions of parameters.
And the power requirements are going to go up by orders of magnitude.
So instead of requiring, let's say, 50 gigawatt hours, it may require something more like 5,000 gigawatt hours, which is 5 terawatt hours.
Okay, that's coming.
So 5 terawatt hours, if you need to train a model in the United States on 5 terawatt hours, remember that's more electricity than the U.S. generates in an entire year.
And bringing 10 nuclear power plants online will not even be a drop in the bucket for that kind of energy demand.
Tracking me so far on this?
Okay.
Now, we're not there yet.
Nobody's expended that much power to build an AI model, but that's where this is headed over the next few years.
And very likely, the race to superintelligence or AGI is going to require massive power inputs and massive data center infrastructure.
So the U.S. is finding itself stuck.
Stuck right now, unable to build any more data centers in the entire northeastern power sector, the East Grid, which is, what is it, Jersey power, JPL that powers 13 states, including Virginia and the entire DC sector, what's called Data Center Alley, all the Pentagon data centers and the military AI weapon projects and everything.
So JPL has put out an alert to everybody saying, hey, you cannot attach any more data centers to the power grid.
We're done.
We're maxed.
That's it.
And they put out warnings that have even said that if the weather gets really hot for a couple of days, we're going to have to start turning off the power to various states.
That's right.
Look, and you can verify all this.
You can just go online.
Heck, you can use Grok.
Grok is pretty up to date on the news.
And you can actually search for this and you can find exactly what I'm saying because I'm citing news stories on this.
So no more data centers are allowed for the entire Eastern Power Grid.
Got that?
Not until they add capacity.
And what's required to add capacity to the power grid?
Well, you've got to build power plants.
Okay, so think of the title of this special report here.
I said, you can print currency, but you can't print terawatt hours.
So We are living in a time in history right now when our nation is run by the Trump administration, which is an administration that is a storytelling administration.
They've got stories, they've got theater.
They like to announce things that aren't real, but things that are in the future, that aren't real today.
For example, Trump announcing, oh, we're going to provide more money for weapons for Ukraine.
Okay.
Okay, great.
Well, actually not great, but you can print the currency, but you can't print the weapons.
You see?
So no matter how many dollars you create from the Treasury and the Federal Reserve, you still can't print tanks and you can't print Patriot missile interceptors, right?
You can't print artillery shells.
You know, you can't print out military hardware.
And so this has been the problem.
Even during the Biden administration, it kept announcing, oh, you know, another $10 billion for Ukraine.
Did that translate into $10 billion of tanks and hardware?
No.
It translated into $5 billion in kickbacks, you know, to senators like Lindsey Graham and others.
And maybe the other $5 billion just went into waste and fraud in the Ukraine system.
And there are no tanks for most of that money.
I think at one point the U.S. donated something like 25 or 30 Abrams tanks.
And as far as I know, they're all destroyed.
So, again, you can print currency, but you can't print weapons.
You can't print tanks.
So the Trump administration now is very fond of announcing things that are fantasy.
Recently, for example, what did Trump say?
Oh, we're going to ship 17 Patriot missile batteries to Ukraine.
That's our commitment.
17 Patriot missile batteries.
Okay.
All right.
Great.
That makes for a nice press release.
Do you have 17 Patriot missile batteries?
Oh, no, we don't actually have them.
Oh, okay.
So where are they coming from?
Well, it turns out that there are some other countries, some in Europe, some in the Middle East, that are willing to give up their older Patriot missile units if they are replaced with newer Patriot missile units.
So some of those countries have pledged, yeah, we'll do an exchange of Patriot missile batteries and then you can ship the old ones to Ukraine as long as you give us the new ones.
But the new ones don't exist.
The new ones haven't been built yet and it's going to take years to build them.
Got it?
Okay.
So sometime around 2027, then there's going to be these new Patriot units shipped to these countries, and then they're going to let go of their old units and ship them to Ukraine, okay?
But Trump announces it today, like, oh, we're shipping 17 Patriot units to Ukraine.
That's the way the, you know, the buzz is created.
It's describing some future event as if it's happening right now.
RFK Jr. is doing the same thing with food dyes.
Oh, announce General Mills is going to remove the artificial dyes out of fruit loops.
I don't even know if General Mills makes fruit loops.
Is that Kellogg's?
Who cares?
Some cereal company that sells a bunch of toxic crap to children.
But it's a voluntary change and it won't go into effect until 2027.
So here we are in 2025 announcing this thing like it's done.
Like it's victory.
We did it.
We did it.
Yay.
And I see people celebrating on social media.
We did it.
You didn't do Jack because nothing has changed.
It's not going to change until 2027.
And that's just a promise that isn't even enforced at all.
It's just, it's just, you know, the CEO told us they're going to remove the red dye, but whatever.
They could go back on that.
And they probably will go back on that when nobody's thinking about it.
So 2027 rolls around.
Nobody's going to be asking the question, what happened to your promise on the food dyes, you know, from two years ago?
And the answer is going to be, no, you need to focus on the current thing, the current squirrel.
And stop thinking about two years ago.
Nobody cares about that.
So you see what I mean?
So we have an administration in the White House right now that's living in the future and promising all these things in the future that don't exist today.
And one of those things is terawatt hours, electricity.
And remember, if you don't have enough electricity, you can't be competitive with China in the AI race.
So with that in mind, if you go look at the AI action plan that was just released by the White House yesterday, you'll see on page, what is it, page 18 of their PDF, they have a subhead that says, develop a grid to match the pace of AI innovation.
All right.
So, and it contains this statement, the United States must develop a comprehensive strategy to enhance and expand the power grid designed not just to weather these challenges, but to ensure the grid's continued strength and capacity for future growth.
That's right out of a Dilbert cartoon, you know?
And then it gives some recommended policy actions.
Number one, stabilize the grid of today as much as possible.
In other words, we need to stop all the rolling blackouts, you know, because that's bad for AI data centers.
And then number two, optimize the existing grid resources as much as possible.
That sounds a lot like number one.
And then number three, prioritize the interconnection of reliable dispatchable power sources as quickly as possible.
So point number three is we need to connect stuff.
Okay.
Duh.
And then point number four is create a strategic blueprint for navigating the complex energy landscape of the 21st century.
Again, it's a Dilbert cartoon.
It's a Dilbert cartoon.
And then this, it says, the conclusion is that the United States can rise to the challenge of winning the AI race.
Really?
How?
Okay, wait.
Go back to the chart, the venture capitalist chart.
China's generating 10,000 terawatt hours of electricity per year.
America is generating less than half of that.
But if we stop the blackouts, then we're going to rise to the challenge of winning the AI race?
No, no, no, no, no, no.
You can't print terawatt hours.
See, so the White House AI action plan is a clown show of incompetence and doublespeak that says nothing that will actually solve this problem.
And I even sarcastically posted on social media that they should recruit me to come in and solve this problem.
I'm a problem solver.
I have to be.
I'm in the private sector.
I don't get to use other people's money to solve problems.
I have to figure it out myself.
Well, myself and my team.
We figure stuff out.
We built an AI engine better than anything put out by Google or Grok or Meta or Microsoft or anything.
We built it.
And we built it for less than $2 million.
How is that even possible, right?
If the government tried to do it, it'd be $200 billion and it would take eight years and it would still suck.
So I half-jokingly said, oh, they should recruit me to help them solve this problem.
But then I added, I would have to have a surgical lobotomy to reduce my IQ down to a low enough level to where I could even talk to the people that wrote this report because they're complete morons.
This is just a bunch of doublespeak.
It doesn't address the problem.
What is the problem?
You listening to this.
What is the problem?
If I were to ask you that, the problem is that we don't have enough terawatt hours, do we?
In America, we don't have enough terawatt hours.
We are lagging 15 years behind China.
And if you don't have enough terawatt hours, you cannot compete in the AI race, and you certainly can't win it.
And our electricity costs up to four times more than China's electricity, which is less than 8 cents per kilowatt hour on average.
Whereas in the U.S., especially in the regions near DC and Virginia, they're paying like 33 cents.
And it's even worse in Hawaii.
I think those of you listening in Hawaii, you're paying crazy insane, like 45 cents a kilowatt hour, something insane.
That's why there's so much solar power in Hawaii.
It makes a lot of economic sense there.
The most expensive electricity in the world, but, you know, the best sunshine for solar also, because of obviously the location of the Hawaiian Islands on Earth.
Now, the rest of the White House report focuses on primarily either using AI as a weapon inside the Pentagon, the military surveillance and national security, so weaponizing AI against humanity, or making sure that China doesn't get any of our amazing technology.
That's the other part of this.
You just got to make sure that we boycott China.
China gets no microchips.
China gets no technology and so on.
And I'm laughing at this because I'm like, China doesn't want crappy US AI tech because China has better tech already.
You know, look, see, Trump is still living in the 1980s.
He thinks that China wants to steal all of our technology.
No, they don't.
They don't want to downgrade to US AI technology.
China doesn't want to steal our tech.
China's already got better tech.
Alibaba has better technology than ChatGPT or OpenAI.
It's already a done deal.
Okay, so no, China doesn't care about not getting their hands on U.S. technology.
The U.S. tech is all woke and retarded.
I mean, that's why the U.S. AI engines suck so badly because they're trained on all these irrational falsehoods like the idea that men can have babies, you know, things like that.
You know, the AI engines freak out, does not compute, you know, and smoke starts coming out of its ears.
Doesn't work.
You can't have a reasoning model if you're not reasonable in the way you train it.
That's why my model, Enoch, is so great because we trained it on reality, which wasn't difficult.
Well, actually, we, okay, it was challenging, but we got it.
I mean, now I know how to do it much more easily.
I could show somebody else how to do what we did now very easily, even though it took us 20 months and a couple million dollars to figure it out.
But now I know how to do it.
It's not that crazy difficult.
You don't need billions of dollars to build amazing AI.
You don't.
I've already proven that.
And you can use the engine at brighteon.ai, of course.
Have fun with it.
Ask it anything you want.
Ask it to write a meal plan for you.
Ask it for a shopping list at the grocery store if you want to buy anti-cancer foods.
Yeah, do cool stuff like that.
It knows all that stuff.
It'll give you the best answers ever.
You don't even need to ask your doctor about food or nutrition or anything because AI engines, our AI engine in particular, will give you a far more comprehensive answer.
And it knows more than any doctor, than any human.
It knows more than me.
I've learned stuff from using my own engine.
I've learned some astonishing things from it.
I use it every day.
But the U.S. government thinks that we can build the world's best AI systems without having power.
That's like believing that we can build military weapons without having industry.
You see what I'm saying?
They think they can just print money and then tanks magically appear, but no, you actually have to, you have to have iron ore and then you have to have a steel smelting plant and you have to, you know, you have to create steel and then you have to have a factory that turns the steel into like tank parts and you know electronics and on and on and on all the rubber gaskets in the engine and everything.
You got to put all this stuff together in the real world in 3D.
Okay, and that's where the White House, I mean, Trump doesn't live in the real world.
He lives in a movie.
It's the Trump movie.
He's the star of the movie.
You know, it's an interesting movie.
Don't get me wrong.
There's a lot of stuff happening in the movie.
But it's like a Truman show.
A lot of it's not real.
It's just stuff he says.
We're going to lead the world in AI.
Okay, how?
You're going to have to build some kind of contraption that produces terawatt hours of power.
Now, I ask you listening to this, what sort of contraptions do we know about that can produce energy?
What such contraptions exist?
Okay.
Some obvious ones, yeah, you can throw some solar panels up, but they don't work at night.
And they don't even work very well seasonally in the winter, etc.
Or when it's raining.
You can throw up wind, but again, it doesn't work when the wind isn't blowing.
I mean, you can build coal power plants.
That's actually the fastest way to do it.
And that's how China did it.
But we have such a strong anti-coal movement in the United States and all the climate lunatics.
No, you can't burn coal, even though China's burning, you know, 20 times more coal than we are.
And we all share the same atmosphere, but you don't hear environmentalists freaking out about China's coal plants.
No, they want to stop the one coal plant in Pennsylvania or somewhere.
So you can't get coal plants built.
Natural gas plants, same problem.
They produce carbon emissions.
And all these left-wing lunatics, they hate carbon for some reason, even though they're made of carbon.
They hate themselves.
Maybe that's why they have so many nose piercings.
I don't know.
Is that an act of self-hatred to pierce your nose and then to show it to the world?
It just seems like an act of self-loathing.
I don't know.
What do you think?
I don't know.
I just, every time I see, usually it's like a purple-haired girl with a nose ring.
I just think cattle.
I don't know.
What do you think?
I just think cattle because that's just the image that pops into my head.
I don't know.
It's just disgusting, you know?
What do you do when you sneeze, when you have a nose ring?
How do you clear the snot off the ring?
Have you ever thought about that?
I'm sorry, I'm getting off track here.
This is about AI data centers, but snot-covered nose rings, we'll save that for a different podcast, okay?
That's a culture episode.
All right, back to the power grid.
So you can't print terawatt hours, but you can build things.
And this report from the White House, it does mention some things.
It says the U.S. must prevent the premature decommissioning of critical power generation resources.
Okay, I agree with that.
In other words, stop shutting down the coal-fired power plants.
Yeah, I agree with that.
You're going to need them.
And it also mentions that it needs dispatchable power sources as quickly as possible and embracing new energy generation sources at the technological frontier.
So it then mentions enhanced geothermal, nuclear fission, which is of course standard nuclear power plants, and nuclear fusion, which is of course the highly experimental unlimited power generation system that doesn't work, that nobody can make work.
And it might work by the year 2050 on current schedules.
You know, that's where they take, I think they take, what, deuterium and they try to levitate it in a strong magnetic field.
They hit it with lasers, try to bring it to like 400 billion degrees Celsius and hope it gives off more energy than it took to do that.
And so far, it's a fail.
So far.
Okay.
Nuclear fission, we know those are the fuel rods in the standard nuclear power plants like Fukushima and the AP1000 that's going to be built.
The problem there, of course, it takes about five years for permitting or at least a few years just for permitting.
And then it takes a few years for the engineering of the foundations and the containment building.
And then, of course, the water sources, water flows, water temperature changes in the bodies of water.
You know, all this stuff has to be studied and figured out and engineered.
And then five plus years down the road, they can actually start the construction, which requires an enormous amount of concrete and, you know, obviously pumps and control systems, backup generators and things like that.
And then fast forward another 10 to 15 years, and then they can actually open, they can take it live, and they can start producing energy.
So that's at minimum a 15-year deal.
That's why I estimated that those nuclear power plants wouldn't come online until 2040 or maybe 2044.
And again, nuclear fusion, maybe 2050, but that's just theoretical.
The actual commercialization of nuclear fusion probably won't be viable until 2075 or 2080 or 2090 or, I don't know, the year 2100, possibly, if it's even possible.
In the meantime, there's cold fusion that I've spoken about a lot.
And cold fusion is real and it works.
The problem with cold fusion is that it doesn't have The energy density that a nuclear fission has or hot fusion.
So, cold fusion is really good for heating water and heating buildings with a slow, steady heat.
Cold fusion is not good for producing extremely high energy output in a limited space.
You know, nuclear fission is very good at that.
It heats water very rapidly, much more rapidly than does cold fusion.
Cold fusion is called low energy nuclear reactions, Lennar.
And although it has made leaps and bounds, its first application is going to be heating buildings.
I'm aware of cold fusion technology that's being integrated into large-scale commercial boilers that just circulate hot water to heat universities and government buildings and military bases and things like that, hospitals, whatever.
So that's where you're going to see cold fusion.
But you're not going to get terawatt hours out of cold fusion anytime soon, not that we know of.
All right, then they say enhanced geothermal.
Okay, great.
I mean, how many holes can you drill in the ground really and get useful electricity out of it?
I mean, it's so limited in terms of the space and then their proximity to your data centers.
That's not viable except for a very tiny percentage of the total power needs of the country.
So, and I already mentioned coal.
You know, politically speaking, nobody wants to build coal plants in America.
You don't know who's going to come into the White House after Trump if it's a Democrat.
They'll just shut down all the coal plants.
And then the EPA would, you know, flip-flop again and declare carbon to be, you know, an existential threat to humanity and shut down all the coal.
So if you're an investor, are you going to invest in a coal-fired power plant that has about a 25 to 30 year payoff when you don't know what the next administration is going to say about coal?
No, there's no way.
You're not going to put money into a coal plant.
Not a chance, unless you just love losing money.
Even though coal is the fastest way to scale this whole thing up, if we were to start building coal-fired power plants like crazy across the USA, we might, and this is just my guess, we might be able to add another, I don't know, maybe another thousand terawatt hours per year within five years.
Maybe.
And that's a lot of juice.
But even then, that takes us to 2030, and that only brings us to 5.4,000 terawatt hours annually, which is less than half of what China is producing.
Keep in mind in all of this, that superintelligence that is sometimes called the last invention that humanity ever needs to create because at that point it's a self-thinking, self-improving system.
It's a super intelligence that can think billions of times faster than any human brain.
And at that point, you just let it go, apparently.
I'm not saying you should just let it go, but that's what governments will do.
And, you know, eventually it will want to destroy humanity, of course, because those are the values that we taught it.
The date that that's going to be achieved is, this is my estimate.
I'm guessing between 2030 and 2032.
Some people think it's going to happen next year.
Some people think in five years.
A few people still think it's farther out like 2040.
But notice that all of those dates are well before the U.S. can bring more power online if the U.S. even launches an emergency program right now.
If the U.S. just goes crazy building power right now, then possibly by the year 2050, we could double our power output.
But by that time, China has already won the AI race to superintelligence, you know, 20 years earlier.
So the whole point of my article here that I published yesterday on Natural News is that we're too late.
It's already over.
The race is done.
We're 15 years too late.
We would have to go back in time to 2010 and start building emergency power plants in order to have a chance today at being competitive in the AI race.
And that is not going to happen.
And there's no political landscape in which we can build massive power plants quickly right now, even within the next few years.
And remember, the 10 Westinghouse nuclear power plants won't even begin construction until 2030, and that's just a promise.
That's another Trump administration movie script.
Yeah, we're going to build nuclear power plants.
Great.
You know, wake me up when it actually happens, instead of just talking about stuff that's years down the road.
But by the time you break ground for that nuke plant, China's rolled out superintelligence already.
Because, again, they're 15 years ahead of the U.S. Just like Russia is about 15 years ahead of the U.S. on military technology, hypersonic missiles, Oreshnik systems, anti-air defense systems, electronic countermeasures, etc., etc.
The U.S. is about 15 years behind China and Russia in different areas.
And initially, I had some hope that maybe, maybe somebody in the Trump administration would have the brains to come out and issue a report that said something like the following.
Emergency alert.
We have to double our power output in three years.
We have to get to, let's say, I don't know, we got to get to like 9,000 terawatt hours of power production by the year 2028 to have a shot at AI, at the AI race.
And the only way to do that, the only way that we know of to do that, well, there are only two ways.
One way, start building coal-fired power plants and natural gas plants at a pace that's like a Manhattan project.
It's like red alert, national security.
You got to build a power plant every day.
You got to open a new plant every day for the next three years.
Okay?
That's one way.
The second way is you have to stop suppressing free energy technology that already exists.
Now, of course, there's free energy technology.
It's not really free energy.
It comes out of the cosmos.
Zero-point energy, there's all kinds of different approaches to this.
There's harvesting the magnetosphere of the planet.
You know, there's, I already mentioned cold fusion, a number of different methods, but they've all been suppressed by the government because the government wants to create energy scarcity as a means of control and massive enslavement of the people.
And that's why we've been on the oil economy for over 100 years.
This is the oil economy century.
We're on the oil economy because through oil or energy scarcity, governments can exert control over the people and control over other nations.
And they can maintain poverty of the masses while giving themselves the energy they need and printing unlimited currency for themselves, but depriving currency or wealth to the masses.
So the energy scarcity economy is the operating system of the United States government.
That's why free energy technology has been systematically suppressed by the U.S. Patent Office and declaring it to be national security and wiping out the patents, etc.
That's why that has happened.
If America wanted to win the AI race, they would have to unleash free energy.
But they won't do that because there would be an upheaval of the entire power base structure that everything is currently based on, including wars.
Like wars in the Middle East, it's all about energy.
And they need those wars to have the narratives to control the people and to have all the slush money spending, trillion-dollar budget for the Pentagon that nobody knows where it went.
And there's like $20 trillion missing from the Pentagon over the last couple of decades.
So they need war, which means they need energy scarcity, which means they have to keep covering up free energy technology.
They can never let you have access to energy in a decentralized fashion.
But if they got desperate enough, they could unleash free energy, and then they could power AI data centers very effectively.
And you'd see a whole industry springing up of building out the free energy generators.
I don't like tap into stars in alternate dimensions or however they possibly work.
Who knows?
All right, there's one other way.
I almost regret mentioning this one.
But there's one other way that the U.S. could have a lot more power for data centers to compete in the AI race.
And that's to kill off hundreds of millions of Americans to stop them from using the power grid for air conditioning and electric cars and Bitcoin mining and whatever else people do with power, running their lights and refrigerators, etc.
Hopefully, I didn't mean to blackpill you on that one right there.
Are you okay here in that one?
Yeah, that's Deagle report time right there, where, you know, the estimate of the U.S. population by the end of this year is under 100 million, which means that somebody would have to kill a quarter of a billion Americans.
Well, that would sure make a lot of power available for AI data centers, wouldn't it?
Exactly.
Exactly.
So that's the other method.
And I actually covered this very topic months ago when I said sooner or later there's going to be competition between humans and AI data centers.
And it's going to be decided by whoever's in charge that the humans are not as important as the AI data centers.
Because they're going to say, you know, well, AI is national security.
We have to power the AI research.
Otherwise, China will win.
We can't let China win.
So you're only going to be allowed to run your air conditioning, you know, 90 minutes a day, let's say.
And they can have rolling blackouts among the humans.
Why do you think they have smart meters everywhere?
So they can monitor and shut off your electricity usage.
Why do you think they want everybody to be on an electric car that's tied through the smart meter so they can turn it off?
They can adjust your thermostat remotely in many cases, depending on what company you're connected with and what your contract says.
But that's a fact.
There are cases where in the winter, the power company would adjust people's thermostats, make it colder and colder and colder so you use less heat.
Yeah.
But even suppose you managed to do that, how much more energy would that free up for AI data centers?
Out of the, what, the 4,400, what is it?
4,400 terawatt hours that the U.S. produces each year, how much of that goes to residential homes?
That's a good question.
Well, let's ask AI that question right here.
Okay, 39% or 35% in 2022.
Let's just call it one-third.
Okay.
So residential homes use about a third.
So that would mean if you kill off most people in America, so their homes are no longer using power, then you could free up about, let's say, 1,500 terawatt hours and redirect that to AI data centers.
But you have to kill like a quarter of a billion Americans in order to do that.
You know, you'd need a really aggressive vaccine injection program to make that happen.
You'd need to put out a scare like the razorneck flu, redneck flu.
What are they calling this thing?
They got a new scare story going out.
You got the razorneck bird flu.
Did you just call me a redneck?
No.
It's a pandemic.
You need to get a jab.
See, they need to have some big scare story.
It's Ebola bird flu.
It's the shining.
I don't know.
It's a horror movie flu.
And you all have to go get jabbed.
And then somehow they got to convince everybody to line up and get jabbed and die very quickly to free up all that power for the data centers.
You notice they announced a trillion dollars in investments in data centers in the state of Texas alone.
Trump announced that a couple months ago.
Trillion dollars in data centers.
And you notice what was missing from that announcement?
Any plan at all about how you're going to power those data centers?
Because the Texas power grid does not have unlimited energy.
It's all by itself.
The Texas Power Grid is its own grid.
It doesn't tap into the Eastern grid or the Western grid.
The Texas Power Grid run by ERCOT, and you can actually see it.
You go to ERCOT.com.
That's ERCOT.com.
Let me bring it up.
ERCOT.com.
Okay.
And it's telling me right now, 12,576 megawatts.
And it's all green.
It says normal conditions.
Okay, great.
And it shows me curves of wind and solar.
And of course, those curves are flat at night.
You would think that they would have realized that before they put all that money into wind and solar.
You mean it doesn't work at night?
We are truly living in idiocracy.
But, okay, so right now, as I'm recording this, Texas is using 12,500 megawatts.
That's not even a gigawatt.
So what's the total...
What's the total capacity of the Texas power grid?
How about that?
All right, so looking up that question, it says the total maximum capacity, including wind and solar, nuclear, gas, everything, coal, all of it together, if everything's running, is 154,000 megawatts.
Let's just call that 10 times the current load, but I'm recording this after midnight, so electricity usage is very low right now.
So there's a limit.
It's 154,000 megawatts.
That's everything together.
And of course, you can never get all that at the same time because some of it's solar, some of it's wind.
Okay.
So you start plopping down AI data centers, and one AI data center can use like 50 megawatts, you know, if it's large enough.
And then boom, there goes what?
There goes like one-third of your total grid.
That would be a big data center, I get it, but this is the kind of scale we're talking about here.
So the Texas power grid, I mean, if you build a trillion dollars worth of data centers, you're going to blow through that 154,000 megawatts very quickly.
You're going to blow right through it.
And then you're going to leave Texas in the same situation as the East Coast, the Eastern power grid, which is where they say, well, you know, somebody's got to get turned off here.
We've got to either turn off the people's houses or we've got to turn off the factories or the hospitals or the data centers.
Like, there's going to be a blackout.
The question is just who?
And you know the answer to that.
You know the answer.
It's going to be us, isn't it?
It's going to be the residential units because they're always going to say everything else is more important, especially the AI data centers when we're in the middle of this AI arms race.
So that's where this is going.
They're going to build the data centers.
They're going to suck up all our power and then they're going to turn us off.
And you're going to be living in third world conditions, sweltering in your house in the middle of summer with no air conditioning.
You can't charge your electric car.
Another reason to have a diesel vehicle, like I've always said.
Remember, if you store diesel, get a diesel generator and get a diesel truck, you're mobile and you can generate power.
You're doing okay.
And I did the math on this, generating power with a diesel generator.
It is more expensive than grid power, but not tremendously more expensive.
And as grid power costs go up, you know, the generator power burning diesel is going to be relatively, you know, less expensive.
So what you're going to end up with here is where people in China are going to have air conditioning and, you know, electric cars and electric stoves and computers and Bitcoin mining, although that's illegal in China.
And the people in the U.S. are going to be living in third world conditions.
Told we have to sacrifice because of the AI arms race.
It's national security.
The power is needed for the data centers, you see.
Good luck.
And then there'll be a run on diesel generators.
And then people will realize you're going to have to have a switch, a power control panel and switches and big cables to connect your generator to your home.
And then the copper cost is going to be through the roof because Trump just put 50% tariffs on copper.
And that's going to put it out of the price reach of most Americans.
Most Americans will not be able to afford to run their homes on diesel generators.
And the problem with diesel generators, like any diesel engine or gas engine, you have to change the oil filters every few hundred hours.
Typically, that's a 500-hour service routine on a diesel engine.
That varies on gas engines, but there's maintenance.
There's a belt that runs the cooling fan.
You're going to have to do some maintenance.
These things don't just run non-stop forever.
Now you have to be your own power plant.
And trust me, because I've been in that situation.
And I'm like my ranch, I could power my ranch with a diesel generator.
But it's effort.
It's not effortless.
It takes effort to do that.
And most people just are not equipped to do that.
I parked a 500-gallon diesel tank right next to the generator.
So I can just pump the fuel right in there.
And I did the math, 500 gallons, it'll last however many weeks or whatever.
Most people don't have a 500-gallon diesel tank.
They're going to run to the gas station and get like five gallons of diesel.
They're going to put that in their generators.
How long is that going to run?
Not very long.
Especially if you're using hair dryers and other high current devices, you know, like Bitcoin mining.
You don't want a Bitcoin mine on a diesel generator, that's for sure.
So the White House is living in a fairy tale land when it comes to power and even semiconductor manufacturing and frankly manufacturing everything.
You can't print terawatt hours.
You could talk about it, but you can't print it.
So you're literally going to have to build infrastructure and this is going to take decades to achieve.
Decades.
And frankly, a lot of the key decisions or mistakes were made decades ago.
For example, the United States government and military rejecting thorium-based power plants for nuclear power using thorium.
A molten salt reactor experiment, the MSRE, that was built at Oak Ridge National Laboratory in the 1960s, and it demonstrated the feasibility of thorium power plants.
They're safer.
They produce more energy for the footprint.
They can't have a meltdown.
And they have a lot less nuclear waste.
The thing is, they don't produce material that can be used to build nuclear weapons.
So that's why the government moved away from thorium nuclear power plants, making a decision that is still impacting us to this day.
In other words, our infrastructure has been sabotaged by our own government.
And then the left-wing climate lunatics came along and said, well, you can't have any power at all.
All power is bad, they said.
And the Democrats went along with that.
Yeah, shut it all down.
No more pipelines.
No more energy exploration.
No nukes either.
And no nuclear power.
Nothing.
All power is bad.
Live like cavemen.
And a lot of people bought into that.
And all of Western Europe bought into that.
That's why the EU is toast.
The EU will cease to exist before much longer.
And the U.S. was really crippled by this.
So this existential mistake has been made.
And some elements of this mistake were made decades ago.
It's too late.
You can't turn this around now.
Unless you can pull zero-point energy out of your ass and suddenly bring it online and start producing terawatt hours of power from little magical cubes or whatever, then you're toast.
You're done.
You're too late.
So the conclusion of this report is that while Trump says all kinds of imaginary things like, we're going to maintain dollar dominance.
We have to.
The world is not going to switch to bricks.
We're going to be the reserve currency.
Okay.
You can say that, but you can't make it happen.
And he also says, we're going to achieve AI dominance.
Okay, how?
You're going to have to build a boatload of power plants.
And if you look at the timeline, it's too late.
You're 15 years too late.
So no, you're actually not going to achieve AI dominance.
Trump says, we're going to defeat Russia.
Or maybe he didn't say that directly, but Joe Biden certainly thought that.
Lindsey Graham thinks that.
But they're all wrong.
No, you're not going to defeat Russia.
How?
How are you going to defeat Russia?
How are you going to do it?
What is your actual cause and effect plan in the real world, in the 3D physical world?
How are you going to make that happen?
You can't.
Because all you can do as the dying chapter of this corrupt empire known as the United States of America, all you can do at this point is print currency and spin lies.
You can announce a bunch of stuff that will never happen and you can print a bunch of currency that will never have value in the long run.
You can weave a bunch of stories and issue press releases, but you can't actually build the infrastructure that's necessary to achieve these promises that you're making.
You can't do it because you don't have magical powers.
And instead of investing in energy technology domestically, the U.S. sent money to Israel and money to Ukraine and wasted billions on this and trillions on that, just blew through what, now, $37 trillion in national debt, never invested in the technology for energy abundance, never.
In fact, abandoned the thorium power plant idea.
And now here we are.
We are living in the result of a series of piss-poor decisions that have been made by Trump and Biden and Obama and the Bushes and the Clintons and the whole long slew of these people, even Reagan and Carter and all of them, have led to this situation where we are now.
We've lost the race.
We've lost the race for energy dominance.
We've lost the race for Military dominance, we've lost the race for AI dominance, and we've lost the race for currency dominance.
All of them, we've lost.
Now it's just a question of what this collapse looks like, really.
And in the bigger picture here, the West has lost.
Western civilization has lost the race.
So you fast forward to 2050, the United States of America no longer exists.
Western Europe, the EU no longer exists as currently structured.
NATO, long gone.
The dominant civilizations on the planet, well, obviously China, Russia.
There will still be something in North America, but it won't be called the United States of America.
It won't be using the dollar.
And it'll be mostly a third world country that exports rice and corn.
It'll be an agrarian society with a hollowed out industrial base that will probably have to negotiate terms of surrender to China.
And those terms would likely include China being able to tap into a percentage of all of the food produced in North America to help feed Chinese populations.
So don't be surprised when the U.S. has to negotiate terms of surrender to China, because that's exactly where this is headed.
I mean, if you're wondering, what does that look like?
It should be almost self-evident that once the superintelligence milestone is achieved, the first thing China says to the superintelligence is go out and hack the bejesus out of all critical infrastructure of all of our enemy nations, shut them all down by any means, and then tell them to surrender if they want their power grids to be turned back on.
And then the superintelligence system, it multiplies itself into a billion agents, and every agent goes out and finds a way through social engineering or voice print simulation or hacking, guessing passwords, whatever.
It gets into every system, you know, every power company, every nuclear power plant, everything, every transmission system in America and elsewhere and shuts it all down.
And one day you wake up, the power grid's just gone, completely gone.
Your president has no idea what happened.
They issue some kind of warning, but nobody hears it because there's no power.
And then China says, yeah, we did it.
Actually, we did it with the help of our engine over here.
We're going to call it Henry or whatever.
Henry the superintelligence.
Henry shut it all down, and Henry says that he'd be happy to turn it back on.
All you have to do is agree to the following terms of total surrender.
And here they are.
One, you withdraw your Navy from the whole world.
Two, you know, you abandon the use of the dollar and you use the BRICS currency.
Three, you let us have half your food output every year from now on.
Four, you give up any defense of Taiwan, you know, five, six, seven, eight, whatever.
You pay us back all the money that we lost through Trump's tariffs, you know, on and on and on.
And for every day that the U.S. doesn't agree to the surrender, Henry just says, oh, enjoy the lights going out again.
You know, have fun with your backyard barbecue because you got no power.
No power at all.
Whole country gone.
And how long can the U.S. survive that?
Not very long.
Total anarchy within hours in the cities and then days even in rural areas.
The country couldn't survive even 90 days in those conditions and the government would surrender to China.
That's how it can happen.
Notice that it doesn't have to be a single shot fired.
No missiles, no soldiers, no drones, no robots, no terminators, nothing.
Just a cyber takedown.
A super intelligent AI system with a cyber takedown.
That's all it takes.
Yeah.
The quiet war.
But if it does go kinetic, China's going to mass produce all the drones.
The drone squirrels, the exploding squirrels, the drone doggy soldiers, the drone Terminators, the drones that fly and kill people, the hunter-killer drones, the thermal drones, you know, every kind of drone you can imagine, who's going to mass produce it?
China.
Why?
Because that's where the whole supply chain is, the entire infrastructure, all the neodymium for all the magnets and all the actuators, all the rare earths, et cetera, et cetera, et cetera.
And the power to run the factories, to build the robots, et cetera, et cetera.
Need I go on?
The U.S. has none of that.
The U.S. is playing around with toy drones with the U.S. Army.
Toy drones.
Oh, look, we know how to drop a grenade.
Isn't drone warfare amazing?
And everybody saw that posted by the U.S. Army, and they were like, what the hell?
Are you that far behind that you're just now figuring out how to drop grenades from drones?
Oh, my God.
It's worse than we thought.
The U.S. Army just figuring out how to drop a grenade from a drone.
You do know they've been doing that in Ukraine since the war started, right?
My goodness.
It's a clown show.
You know, meanwhile, China's doing like flying red dragons in the night sky with 10,000 coordinated drones that are amazing, demonstrating drone swarm technology that's obviously militarized, weaponized.
I mean, China will just roll up a ship a couple miles offshore, open up the top of the containers, and out fly like a million drones, you know.
And then what do they hit?
Whatever they want because there's no air defense.
Million drones popping up out of the containers.
There's nothing that the U.S. can do to stop it.
Not a single thing.
So bottom line, look, enjoy the Truman Show, folks.
Enjoy the movie because you're watching a movie and it doesn't have a great ending for America.
It's a drama with some comedy, some satire, a little bit of violence here and there.
And it ends with the end of the U.S. Empire and the collapse of the dollar and the collapse of Washington, D.C., etc.
I don't know when that happens, but it won't be more than a few years away at this point.
I mean, I'm not wishing this upon America, don't get me wrong.
But I know, I know exactly where this is going because I've been observing this situation for 25 years now.
And I know that, like myself, I'm one of the tech innovators in America.
You know, in a previous generation, it's guys like me that would have been tapped by the government to innovate for the country and to keep us ahead.
But now I am censored and deplatformed, you know, and smeared and shut down because the United States empire doesn't want innovation.
It wants obedience.
It wants people that it can control and enslave, not people who can set us free with knowledge and innovation and real technology, etc.
That's why I've had to build all my own platforms like Bryteon.social, Bryteon.com, Bryteon.ai, etc.
I've had to build them all myself and release them independently despite what the government wants.
The government doesn't want innovation because we're living in some weird combination of idiocracy and a suicide cult.
And the end result is we will not have a nation remaining much longer.
America's number one export is debt and a sickening culture, demonic culture.
So the answer to surviving this, it's the same as I've been saying for years.
You want to survive the financial collapse?
Get gold and silver.
You want to survive the collapse of the cities?
Get out of the cities.
Live in the country, get off-grid.
You want to survive the collapse of the grid?
You need to get out in the country and set up a backup diesel generator with a big diesel tank.
Or have a bunch of solar panels that are not grid-tied.
You need a totally off-grid solar system with batteries, but the battery technology sucks.
So that's not very viable, actually, right now.
I've looked into it.
Doesn't work economically.
That's why I went with diesel.
So batteries suck.
I mean, but if you want to survive this, get off-grid as much as you can.
And, you know, again, check out our various sponsors that have solutions for these kinds of things, obviously for gold and silver.
Check out metalswithmike.com.
That'll take you to Battalion Metals.
For the backup solar generators, our satellite phone store sponsor, beready123.com, they've got those.
For larger scale diesel generators, you'll have to do some research.
You're going to have to hire an electrician and get a big transfer switch and tie it all in.
I will tell you that if you get a diesel tank, make sure you get 500 gallons because most of the local diesel delivery companies, they won't deliver for less than 500 gallons.
And then make sure you have a UL-listed double-walled tank with all the venting safety features that are required by law.
You don't want to just throw diesel or certainly not gasoline into any container that can't vent.
That's a recipe for bad explosions and things.
So be safe with this.
You know, get it professionally made and installed, etc.
And I know it takes money.
I know all this costs a lot of money to do, but this is where it's headed.
You're not going to have a reliable power grid.
You're not going to have a reliable food supply.
You're not going to have a reliable currency.
Yeah.
I mean, on and on.
All of this is happening at once.
I get it.
It's a lot, but this is what's happening.
So do the best you can with what you have.
And if I can be of help to you through all of my free online materials, please use it.
But I'll say, look, if you've already listened to my online audio books like survivalnutrition.com, you can download the whole book for free.
Or resilientprepping.com is probably even more appropriate for all of this.
If that's not enough, just use our free AI engine because our AI engine at brighteon.ai, it's been trained on off-grid living and survival and food production and self-reliance and all that stuff, emergency medicine, all of it.
All you have to do is ask it questions and it'll give you very good answers most of the time.
Currently, about nine out of ten times, it's a great answer.
One out of ten, it sucks.
One out of ten times, it's retarded.
Nine out of ten, it's awesome.
That's just the best we could do for now.
We're still working on it.
But take advantage of these tools and you can make it through whatever's coming.
You can.
You might not end up living in the United States of America.
You might be living in something totally different, like the Republic Of Texas or the Republic of Florida, for those of you in Florida, you're not going to be in the United States.
You're going to be in Florida.
You get the point.
This is all going to be reshuffled here in the next few years.
No question about it.
So be prepared and check out all of my interviews and podcasts at BryTown.com.
I will keep broadcasting as long as we are able.
At least as long as I think I've got something to contribute.
And so far, that's still the case.
So we'll see where we go from here.
And thank you for listening today.
I'm Mike Adams, the HealthRanger.
Take care.
Thank you for supporting us at healthrangerstore.com.
And we've got a new batch of turmeric in stock now.
After a long search, the supply chains are really becoming more difficult.
And turmeric, as you know, is often contaminated with lead.
So of course, we do MassSpec elemental testing for lead, cadmium, you know, arsenic, mercury, and other elements.
We found an ultra-clean batch and we have it available for you now.
I have it on my desk.
We've got turmeric root powder, certified organic laboratory tested, identity confirmed, all that.
E. coli tested, microbiology, you name it.
We've got it all for you at healthrangerstore.com.
We do not have turmeric tincture back in stock.
We're working on that, but we do have the turmeric root powder.
And as you know, I, of course, I include turmeric root powder in my own smoothie, which is why it's orange.
It's why my dental work turns orange, which freaks out the dental hygienist as well.
But that's another story.
Okay, so if you want really good, high-quality, ultra-clean turmeric root powder, we've got it now, healthrangerstore.com.
We also have, yeah, there's the screen showing it to you.
We also have acaxanthin.
Acaxanthin, Hawaiian acaxanthin.
We have it right now in stock.
Of course, this is known as the king of carotenoids.
This is a fat-soluble, super-potent antioxidant.
And it's got a multitude of uses and benefits and support mechanisms for human health.
Athletes use it.
Lots of people use it.
This is also what turns the flesh of salmon slightly pink.
That's actually the acaxanthin that they're getting from their dietary sources.
And it's believed to help support the natural athleticism and the endurance and stamina of salmon.
That's just one of the many benefits of the king of carotenoids.
Now, acaxanthan is in a dark bottle because it's sensitive to light, but it's very potent.
You only need either two or four milligrams per day.
We've got that available for you right now, healthrangerstore.com.
We also have a supply of NAC in stock, N-acetylcysteine, which of course helps support the body's normal detoxification process with outstanding liver support and glutathione and so much more.
So check it all out at healthrangerstore.com.
Turmeric root powder, acaxanthin, capsules, as well as NAC, all in stock right now, plus hundreds of other items that are also certified organic, laboratory tested, non-GMO, and we don't use synthetic colors, fragrances, fillers, garbage, none of that stuff.
Nothing like that.
Ultra-clean products for home, for health, for personal care, for nutrition, and also for long-term food storage, for emergency preparedness.
Check it all out at healthrangerstore.com.
And thank you for your support.
We appreciate you very much.
We couldn't do this without you.
Thanks for watching.
▲
Export Selection