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June 7, 2023 - Clif High
34:15
Med Beds....ain't
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Hello humans Hello humans It's Wednesday 7th of June It's a little before 7 I was hoping to get out earlier,
but just didn't work out that way Got a long damn day lots of stuff to do taking the sand car here, so it's gonna be a little bit noisier Gotta get it in and get some maintenance stuff done.
Anyway, gonna be hot on the beach and we're actually moving into summer Okay, a lot of traffic here at the moment so I was listening to I was listening to some of the Woo people and ran across an interview with Jim Willie where he was insisting that Trump
had made investments in med beds they were going to roll the med beds out at some point here, right?
And it's like guys I think I heard Jim Willey saying that that they had evidence of Trump investing in a chip factory and it was a medbed chip factory and it's like oh guys you know I hate to hear this sort of thing because it's likely 100% bogus.
Um, if there were, all right, so you have to understand that med beds don't exist yet.
Okay.
There's, there's no, um, uh, there may indeed be, uh, replication, uh, alien technology, but the aliens didn't bring med beds with them.
Um, they don't have, uh, that kind of thing in these little, little craft that we've shot down.
So how would we supposedly get this from the aliens?
Anyway, though, um, here's the thing.
If there were a chip specifically designed for med beds, everybody in tech would know about it.
We all read all the, um, production magazines about all the, the chips and the new stuff coming out and the new series and the new generations and so on.
And so they would have written about it a long time ago.
You don't keep shit like that secret.
It would have actually have had to have been, um, publicized probably seven years before production, something like that.
So we would have known about it about seven years ago.
If in fact, they were setting up a plant to do production.
Now further, I have not read, not been reading about any major new chip production facilities.
And yeah, we need to set them up and so on.
And we need to take control of our, um, computer chip production here in the United States, but we should be able to see supporting evidence, you know, um, land sales, new corporations formed, uh, stuff that you can get at in the public record of people doing stuff.
So, you know, I'm sorry, Jim, uh, I don't know what your source is, but I don't buy it.
It's just, it's not believable that such a thing could be, uh, hidden, uh, from the, uh, population of, especially all the techie guys that are obsessed with this stuff.
Uh, that there might be a new chip coming out and understand that med beds.
The idea is that you'll be healed by frequency.
Okay.
That it'll be basically some, uh, variant on an electrical frequency that will, uh, do the work.
And these things require a very complex process.
So I have a precursor to a med bed myself, which is called a Skinar.
It's a Skinar Cosmodique.
I've had one of these since like, uh, 2001.
And they are a, uh, uh, an energy device, a healing device from Russia.
And they were developed because the Russians discovered you can't take drugs in space because your body's all wonky and it's not going to react well.
And so they had to have some other mechanism, uh, for dealing with problems on the human body in space.
And they came up with the Skinar.
And the Skinar is sort of like a TENS device.
One of those little, uh, you know, pain control or whatever kind of devices.
Um, but it has an extra couple of things in it in this process of a biofeedback.
So it, and a little bit of, um, uh, computer code to make it a little bit intelligent.
What it does is it samples your body for frequency as it's doing this stuff.
And it adjusts the, um, level of frequency and stuff that it puts out.
Skinars are great devices.
I love those things.
I get all kinds of Little wounds all the time from the stuff I'm doing and they really do help you heal So they're a little handheld device right so now imagine a Bed that you lie down in that has sufficient kind of energy to Repair your body It's going to need complex circuitry.
It's going to need complex software to control it all the software would be really key Because you could get things really wonky and kill someone probably if you didn't do it right So that so that's that one aspect of it.
I don't see anywhere in the industry, in any of the industry literature, anything that would suggest that there's new chips being produced specifically for any kind of medical application here in the United States, nor do I find any indication in any of the magazines about the software for such a thing, right?
So people that would do the software, they'd write articles about it, you know, how I solved this design problem and all these kind of things.
Now, they'll write articles in anticipation of being able to publish once it is through its nondisclosure period, right?
The development period.
But here's the thing.
I also heard Jim Willey say they're going to roll it out.
And I hear this all the time.
I hear this from like fuckers like Charlie Ward and Simon Parks about how they'll roll out the med beds.
And Simon Parks is famous for this, saying that, you know, there's 300 med beds that have been, you know, put into these various facilities just waiting to be rolled out.
And it's like, guys, that shit don't happen.
It does not work that way.
Corporations are not going to spend billions upon hundreds of billions of dollars developing a med bed.
Then they have to develop a factory in secret and then a transportation system in secret and hospitals in secret and then go and put them in in secret.
And then everybody just stands around and waits for some kind of a day that someone's going to pick that they'll just open it up and tell everybody about it.
It does not work that way.
In hardware, you have to do some serious planning to roll hardware out for public sales and use and so on.
So they're not going to have hundreds of hospitals filled with med beds and then one day open it up to everybody and say, hey, we got med beds.
Come on in now.
Right.
It's just not going to happen that way.
The way that you roll the hardware out on a mass release like that is like for the mass release of games or the mass release of new computers.
Right.
So you have to have enough stock in place to handle that initial demand.
But everybody knows it's coming at that point.
And you do have a demand.
If you were, if it was all secret and you're hiding it all and then one day you decide you're going to announce it, you've got to have a big PR program to explain to people what the fuck this is, why they should want it, all of this kind of stuff.
Right.
Unlike with the regular tech stuff where everybody's already anticipating that they want the next greatest computer and that sort of thing.
So this is, so that, that idea that they would be stashed and rolled out just isn't going to go.
I would expect that we would have prototypes, maybe five or 10 of them put into various different institutions.
And this is just the way it goes.
Right.
We see this with the rollout of medical equipment now.
So MRIs, magnetic resonating, resonating imaging equipment, nor x-rays, nor any of these things.
They didn't build thousands of them and put them all in the hospitals and then roll them out on one day and announce they were all available.
What happens is you build them, you sell them, they get in and they start being used.
They get a demand built around them.
You build more, you sell more, more get put out, et cetera, et cetera.
So it's a incremental in an organic process as you produce the devices.
And of course, there's always the first run issues with tech stuff where you, all your flaws show up.
Right.
And so in a med bed, you, you can't produce hundreds of the fuckers or thousands of the things, put them out in place and then start using them only to discover the software's flawed or, or the frequencies are off and everybody's toes fry.
And, you know, you know, uh, you know, or, uh, their butts melt, something like that.
Um, so you've got to go through this incredible intensive, um, uh, testing process that is just not, uh, supportive of the idea that you're going to get them all fixed.
So, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh, uh set them all in the rooms, get them all ready, hire all the people.
So there's something else.
You got to hire all the people that know how to use these things and how to, you know, control the software, make the choices, choose the various different options, etc., etc.
etc.
So this is basically fantasy kind of shit.
Now, I don't know who told Jim Willie this stuff, right?
They tell Carrie Cassidy this stuff all the time, and she's of the opinion that there's medbeds going to roll out.
But this woman actually thinks that AI, that there's alien AI on this planet, somewhere somehow controlling things, right?
And it's like just a big delusion.
And the medbed things also are part of that, right?
Now, Charlie Ward still hasn't been heard from since his hospital visit.
They've been rolling out all kinds of vids, trying to keep his channel up, but apparently he's really persona non-grata, and he's going to have some real issues here with this sort of thing.
Anyway, so like I say, it's a strange world out here.
I'm dealing with smoke from Canadian forest fires, probably.
Anyway, so no, so med beds are not months away from being rolled out.
The introducing med beds into our social order and the problems that they're going to cause and have to be corrected and all of this kind of thing.
So bear in mind, it's a discontinuous innovation.
If you had a med bed that eliminated the need for drugs, then hey, you've discontinued, you've disintermediated the big pharma so that they can't make any money and stuff.
You're putting them out of business with these little electrical devices.
You know, they're not going to take that well.
You would know about it in advance.
They would try and suppress it, blah, blah, blah, blah, blah.
None of this stuff do we see happening.
Now there's all kinds of cool stuff going on.
But here's the thing about this too.
Just something else to go on to.
You will hear people in the Wu world that are talking about, you know, genetic alterations and new critters, all of that kind of stuff, right?
Kerry Cassidy's famous for that.
All of these people are.
You know, everybody talking about the super soldiers and this kind of shit, right?
It's bogus.
It's absolutely bullshit.
It's hoax.
They will cite CRISPR and say gene editing, right?
Gene splicing.
The fact of the matter is, the absolute fact of the matter is, we do not, we are not able as a species to be able to do clean gene insertion.
All right.
I hate to burst your bubble, but CRISPR is a failure.
It is called CRISPR because it burns genes, okay?
It crisps them.
It's not designed to do insertions.
They've tried to do it and it doesn't work.
We know that they can't do clean gene insertions because we don't have super deadly viruses and super deadly bacteria and stuff.
You know, you know, factually, if Falke and his Kazarian Mafia Brotherhood could engineer, if they could do clean gene editing, then we would all be facing, well, most of us would be dead by now because they wouldn't have released their bogus COVID.
They would have released something that would have just, you know, scoured your lungs and turned you into a pile of oozing protoplasm.
They want to kill us.
So if they can do that, what is stopping them, right?
There is nothing.
They cannot do clean gene insertions.
If you go and read about CRISPR, the best it can do is a marginally clean gene burnout.
And this is why they would, the idea of CRISPR was to remove genes that we see as causing problems, not replace them, not splice them, not do any of that, right?
So even when we burn out genes, we are not precise.
CRISPR destroys genes on either side and even some very far away because of the nature of it doing it electrically from the actual gene site that they're attempting to deal with.
So it's basically wildly inaccurate and we are incompetent at doing gene splicing.
So it does not exist.
We're not out there creating, you know, the human alien hybrids and stuff.
And also, hey, here's something else, okay?
I've been doing a lot of research for the yugas and went deep into historical calendar kind of stuff.
All right.
And so there is language in the Talmud.
All right.
So the Jewish calendar begins when Adam and Eve were successfully produced.
All right.
So they were GMO'd.
We know that they were GMO'd.
They talk about, even in the Bible, they talk about taking the rib from Adam in order to make Eve, right?
So they're doing this with their own form of technology.
Well, here's the thing.
There are indications that it took 191 years, 191 years for the L to produce Adam.
All right.
They've been working with the indigenous population.
They had been killing them and basically using their own form of genetic modification and so on, attempting to do this, attempting to put their space alien genes into us, which they finally did.
But it took them 191 years to have a success.
And even after they had produced Adam, it took them another seven years to produce Eve.
And they went through a number of iterations with Eve and they would, oh no, that one's not acceptable, you know, and to Adam.
And so they'd kill it and go into the next one, right?
And so this 191 years is just part of this process.
So even the space aliens who theoretically knew what the fuck they were doing, it took them 191 years to have a success in modifying us, modifying genes here, right?
And so we do not have clean gene insertion.
And CRISPR is a burning machine, like a wood-burning tool, right?
It's intended to crisp out a gene, not put one in.
In fact, we have somewhere, I saw the video once, and at the time I never thought to save it.
The machine I brought it down on died, so it's probably not even in the cache there.
I couldn't even recover it that way.
But there's this little video of Falke's chief of staff in a WEF meeting, and it was like 2015.
Okay, he's in a WEF meeting in 2015 or maybe 2016, right around in there.
And in this WEF meeting, he's talking to a bunch of people.
And this guy's on a stage just bouncing and jumping up and down just as just as an excited little fuck and hopping all up and down because they had finally, he said, finally been able to get the spike protein to attach to the coronavirus shell.
And it had taken them at that point, whenever they had done it, 2015 or 2016, it had taken them actively, actively eight years with the spike protein to get this to occur.
And, you know, they had had thousands, tens of thousands of failures.
And so finally they had a success.
They got a spike protein to join into the coronavirus shell.
But he also talks about how long it took them to create the spike protein and that that was another seven years on the other side of the eight years of the of the trying to insert it into the genes in the or in into the coronavirus shell.
And so this is difficult stuff, guys.
And it does not happen.
Boom, boom, boom.
You create Superman.
We don't see any super soldiers.
That's a bunch of bullshit.
That's a bunch of, you know, Corey Good kind of crap, right?
Absolute lies, total horseshit.
If we could genetically alter and create super soldiers, they'd be doing it.
They'd be doing it like mad all over to Helen Gon.
What's stopping them?
Look what they did with COVID.
They want to kill us.
They want to have all of these things.
And so if they could do it, they sure as fuck would do it because you know that they don't have any compunctions against doing it.
So it's one of their goals.
So, you know, it's like, sorry, guys, a lot of the Woo understanding of things is technically not accurate.
That's why I always vision about Charlie Ward and Simon Parks.
And, you know, Simon Parks was big in the medbed stuff.
He's been touting medbibs for 20 years.
If they had these things, well, not 20 maybe, but a lot of years.
If they had these things 10 years ago, And they're are they building them and just gathering dust, waiting to make millions of them so that they can give one to everybody?
What's the fucking point?
You know, there's got to be a logical thing here.
Plus, med beds are going to require a shitload of rare earth minerals.
They're going to have to be built a particular way, hospital grade, all of this kind of stuff.
So we don't see any of the stuff in any of the ancillary industries that suggests that there's any of this kind of thing going on.
Let me see now.
So you can, if you know how to do it, especially with public agencies, you can go and find out things and make inferences about what they are doing based on what you see they are buying, right?
And so there's a new notch in silver and gold coins being put out by the treasury.
This is a little tiny maybe millimeter notch around the edge of the coin.
Everybody wonders what the hell it is.
They've examined it under microscopes, nothing there.
And the theory is that that's going to be used to put in a barcode or something that will uniquely identify that coin.
And so basically a serial number, right?
And so you'll be able to have coins registered on the blockchain.
And this would be a good thing if you could do that, right?
Anyway, so if they were going to, if they were going to be doing this, they would be using x-rays or they would be using lasers to do etching or diamond dust.
They could apply it with diamond dust as well.
And so at least these three technologies, and we just don't see the treasury buying any of these kinds of gear.
They're not buying the diamond dust imprinting machines.
They're not buying x-ray etching machines.
And they're not buying laser exercise etching machines, right?
And so far, we know that whatever it is, they're not active with that little notch.
And so you can make all of these, you can make some probably fairly reasonable conclusions based on what people are doing for themselves and what people are buying, you know, in terms of their companies and so forth, right?
So we don't see the support chains for a big medbed rollout.
I would suspect that we would, in order to do med beds, you'd have to have all of the rollout kind of stuff that we saw with the Tesla cars.
You'd have to see the adverts of them saying, hey, we got the new medbed facility built here and, you know, pictures and all of that.
We just don't see any of these supporting stuff.
And it would be impossible pretty much to hide the building of a factory and the hiring of the people to work there.
This would show up on government statistics no matter what you did.
So it just is very unlikely, very unreasonable to think that any of that stuff is ongoing.
When it does happen, you'll know about it because we'll be doing all that stuff.
You'll all hear about the factory being built so we can build the chips so that we can do this, yada, yada, yada, right?
You'll also hear about the new mines being set up and so on.
And we're a long ways from that.
I'm certain we will get to medbeds, but there's not even any supporting literature about frequency healing.
And we know that none of the frequencies that Rife came up with will work anymore because Rife was doing it in a world where we didn't have electromagnetic frequencies all the Elengon, which we do now, which would muddy up all of his stuff, which is why none of the Raymond Reif frequency stuff do any good anymore.
So anyway, you know, you can do research and find these things out.
And so you don't have to rely on statements being made to you and just assume they're true, right?
So much of the stuff that Kerry Cassidy and these people put out is just hearsay and they're just repeating something else that someone had told them.
And that's why we end up with the Corey Good bullshit, right?
Where he actually had to come out and admit under oath that he lied.
And then he like prevaricated and saying, well, I didn't really lie 100% and I'm having to lie now in order to protect my life story from the evil ones that want to do me harm, right?
And so there's always some excuse for it, but basically they are not presiding, preventing or presenting you with vetted material with anything that has been validated.
And so, you know, Carrie Cassidy could go and talk to somebody and she could say, you know, they could tell her, no, AI requires a computer and AI is pretty fucking lame and is not very good at shit, right?
And no matter what we do, it won't be good at shit for a number of years because we're just in the early process of it.
I don't buy the idea that we need to be scared of this stuff.
You know, that's another one of their fear tactic things.
And look, you know, I mean, it affects everybody.
Even Robert Kennedy Jr. has been sold on the climate change thing, right?
It's taken him a real turn in his brain to get to start getting that out of there.
And, you know, climate change is a scam other than what they're doing with the chemtrails.
So anyway, though, so just watch out for all the woo people.
It's going to get really exciting here.
We've got some major revolutionary shit happening over the summer relative to humanity versus the Khazarians.
But it's not all going to be, you know, easy sailing and stuff.
We've got dozens and dozens of hard years ahead of us in working our way out.
Yeah, we will get to med beds, but don't count on it.
In fact, I'm of the opinion that everybody listening to this should go in out and buy opium poppy seed and start growing opium poppies because our supply chain for our for big pharma is breaking down.
I've got a guy that is a, he's very high up in some parts of the economic world where he knows, and he's able to tell me that, well, we know for sure that there are 320 medicines or drugs that are having supply side issues now.
And that those 300 and of those 320, we've got any number that are on shortages and supply blockages right now.
And so we might have 30 or 40 drugs today that they just can't manufacture until they get the next batch of stuff in.
And so this is affecting all of the supply chains.
And if they go to a certain level within some of these drugs, like antibiotics, right?
So antibiotics are made in reactive vessels.
If you run out of stuff to make antibiotics and you've got to shut your production line off, then when you start it back up, you've got to scrub everything down all over again.
Take it down to this super degree of cleanness in order that you can proceed from that point.
And that can take months.
To do one of these, um, repowers on a production line, on a reaction bat production line.
So, um, so I think you should grow the opium poppies.
Now, here's the thing.
Opium poppies are, are not really illegal to, to grow.
They can't, no one is going to be able to haul you into court and prove that that is actually a somniferum, uh, poppy just because of the genetics are so modified.
It's going to be a real problem.
Plus it's not illegal to have them, right?
It's illegal to have the opium.
It's illegal to have morphine, but it's not illegal to have opium tea and you cannot get either opium nor morphine from opium tea.
I'm of the personal opinion that we should never concentrate drugs like that except in rare, for rare, rare, rare circumstances, right?
Um, we don't really need morphine.
Mostly, um, opium tea will suffice.
So bear in mind that all through the 1800s, uh, and all in the early 1900s up until like the 1950s, opium tea was the preferred method for pain, uh, control.
And it's very easy to do.
You don't get addicted to it.
You can become habituated, um, to opium tea, but you've got to use a lot of it.
And by the way, it has all these other alkaloids that are, uh, moderating the actual, um, uh, opium in the stuff.
And so it's not like you're getting pure opium.
You're getting dozens and dozens of alkaloids.
And so this is the way nature intended.
Nature provided you with this for that purpose.
And it is immoral and illegal, in my opinion, for the state to try and restrict your access to pain meds.
Without the pain meds, they control you.
So, as I say, so it's very immoral for them to try and control access.
Our pharmacy systems are breaking down along with all of our other supply chains, food, and so on.
And so, in my opinion, everybody needs to take personal responsibility.
And one of the things you're going to do for personal responsibility here will be to take personal responsibility for your own pain management and your own supply chain for drugs.
And this is why, you know, you can grow plants that, you know, can provide you with supplements and all this kind of thing and get your supply chains down so short that they're just down into your backyard or into a flower pot on your balcony or something, right?
And you don't need that much of it.
So for the opium poppies, just understand that you just get them, you take the whole opium poppy plant, the seed pod, the leaves that are around the seed pod, and the stem and stuff.
All of that material is called straw to those who know.
And you just take all this straw, the dried seed pod, and even the seeds if you want.
They're not very much opium in the seeds, so it's not really worthwhile to do it that way.
Well, there's a small amount.
But in any event, you take all of that and you just grind it up in a coffee grinder and you make an infusion with hot water.
And you end up with a pain med that is easily controlled, okay?
In the sense that you can moderate it.
You can make it more potent, less potent as the need occurs.
Let me getting set up to go in and do some business here and go on to my next stop.
It's just like a huge day.
I've got all kinds of stuff to do today.
Trying to get caught up.
Anyway, so med beds, no, opium poppies, you sure as fuck should grow them.
They're cheap.
You can buy the seed anywhere.
It's on Amazon.
It's like $19 for 100 seeds or something.
Somniferum, you know, P in a period.
I think it's PA VA Povier Somniferum.
And that's the species name.
But basically, what you're after is, you know, poppy seed poppies and not California poppies, but poppy seed poppies.
Anyway, you take these and they're perennial.
So you plant them.
The thing comes up, it grows.
It's got a seed pod.
The seed pod releases thousands of seeds.
You got more plants the next year.
And you just save these things and you can take them and put them in the freezer and they're good for fucking decades.
And like I say, you reduce it down to a powder and there you go.
That's all you have to do.
And it's going to be necessary because our supply systems are going to break down.
Now, as I was saying, you know, bear in mind that throughout the 1800s and the 1900s, this was the preferred method for pain relief.
And this included all of those horrific battlefield surgeries In the Civil War, and it was so required here in the U.S. that many of the gold miners in California in the 1920s and 1930s would they were part of a collective and everybody grew poppies to support the gold mining industry because
gold mining is hard, tough physical work, and you need something to deal with all of the pain and the problems that are caused by that.
Anyway, though, so got to get moving here, got to get some stuff done.
I hate to see these aid cars.
They're just hauling tourists off the beach like you wouldn't believe.
We're seeing two or three every weekend now.
It's really sad.
Anyway, guys, take care.
I got to go and do a lot of work here.
It's just the way it is.
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