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Feb. 16, 2021 - Clif High
59:29
Sun Woo - 2021-2-16
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Okay, so today we're gonna discuss uh Sun Wuh in a um hopefully in a manner that won't get me kicked off of the uh tube and we'll get the and still be able to get the information across.
And so we'll discuss the sun, and you will recognize that is the uh that's soul, and there's our solar corona.
And that also relates to the sun connection cyclically is very involved with a lot of the stuff that's going on at the moment.
Not only the climate change, which we're now seeing as a uh an issue relative to North America and other parts of the north of the northern hemisphere, um, but uh also with disease cycles.
And we have uh disease cycles in a periodic um basis that's reflecting of where we are within the sun cycle.
Now at the moment we're within a solar cycle that has got a bunch of things going for it, so to speak.
Uh it's a it's a low ebb, it was due to be a minimum anyway, and then coincidentally, cyclically, time-wise, we're we're at a 120-year cycle of solar activity, uh, which takes us back to the beginning of the last century where we had the another one of these disease issue periods.
Um we're also at a 12,000 year cycle.
Um 11,700 years, something like that, uh, of solar cycles that uh relate to the uh climate here on the planet.
So as the sun puts out more energy, uh we get a situation where the earth warms and the earth has been a lot warmer than it is with humans on it now, if we are to believe that no humans existed uh 50,000 years ago or 200,000 years ago or 500,000 years ago, that kind of thing, right?
Because those cycles had uh greenhouse gases much higher than we have now, multiples of what we have now.
And in addition, they also had periods of warming uh much larger than we have uh enjoyed in this last century.
It's my opinion that we're going into a um uh an ice age, um, you know, no coincidence.
I mean the Texans would probably agree with me.
And that this ice age is in entirely due to where we are within the solar activity.
Basically, this this 11,700 and some odd year cycle uh has the sun uh with a diminished corona.
So it's now only out here at 3,000 degrees Kelvin.
Uh should be should be 5,000, which means it's would be further on out.
And the issue is that if the sun is moving this way, so we have more room, the planets are way, can we see that?
Yeah, the planets are way out here, right?
We're away the hell away from the sun, but we're basically being drug along in the in this comet-like tail of the sun.
And now with the um corona reduced, we see that the sun has a much smaller, well, for us, protective layer that extends back, and so more cosmic energy is getting around that to come back in here and impact the planets.
And that's that's fundamentally very simply that's what's going on with all of the planets.
That's global warming on Mercury, global warming on Mars, Venus, everybody.
Okay, uh, or climate change, whatever.
I would agree with the term climate change, but not the way that the powers that be use it and the connotation they're trying to put into it that it's all humans' fault.
Humans have nothing to do with it.
We can have carbon taxes until there we produce no carbon dioxide, in which case all life dies.
We would die long before that point, right?
Um just because of because of other issues, we would we would die long before that point if we if we shut down our carbon emissions.
Um but in any event though, so we're getting more radiation.
That radiation is also associated with these uptick in disease cycles, 1918, for instance.
Um exactly the same kind of situation we have now, only they those people didn't face a grand solar minimum.
We face a grand solar minimum.
So not only do we have this little hundred and twenty-year cycle, the hundred-year cycle, we've got this uh grand solar minimum cycle, which goes to uh like the Mondor minimum and some of these others, which were quite lengthy.
So it's my estimation that this uh period of time we're in will produce a solar diminishment, as we as I've illustrated, that will continue for a century at least, if we are lucky.
Um, and it will, and it will peak out and then gradually return as the sun moves into a new area of space.
Uh fundamentally, it the we're hitting a debris field out here that's causing this extra radiation.
The Russians have been quite um uh open about this and voluminous in what they're in the writing about it since uh uh probably the late 80s.
Anyway, though, so um we should be in the into a new new area of space uh over the course of this this hundred years.
Now it may be that we're gonna face a serious minimum.
There's just no way to predict it from where we are now.
A serious grand solar minimum would be 425 years.
Um at a minimum.
Uh so um we may face that, but there's no way to ascertain that at this point.
We're going into an ice age, and in a even in the midst of the ice age, we won't be able to determine how long it's going to last until conditions change uh within the corona.
And that'll be a good key for us going forward.
Now, this corona, solar corona relates to the other one that I wanted to discuss, because these two are linked, as I said, there are there are cycles.
Um I wanted to discuss this relative to a particular subject that I get into trouble on uh a discussion about.
So back when uh the CCP, uh the communists uh the Chinese Communist Party uh went batshit as a result of stuff going on in Wuhan and Hubei, and then ultimately all over, and then we discover it was uh one of these critters that was causing it.
Um I decided in January that okay, I'd better figure this out because it's it's a complex subject and it's too easy for people to lie to you.
Way too easy for people to lie to you.
So I purchased this course.
I've got the other volume of it here, and in additional, in addition to that, I got um cell and molecular biology, uh, which filled in a lot of the gaps that I needed to do so in order to take this course.
Now the interesting part is that Vincent uh Rakanyello, Recagneo, is um, he does a whole series of videos, so there's a whole series of videos that go along with this.
This this um principal's uh book is uh the textbook for a uh advanced college level discussion of this within the general category of medicine.
And it was um uh these guys are at Columbia University, the producer of this.
And it's an interesting book.
Uh I kind of like, well, I wanted to say it was um it's a little too much comic book kind of stuff.
If there hadn't been so many illustrations, I could have gotten through it quicker.
Uh the illustrations do help.
Uh the table, certainly no questions about it.
Uh, But I understand why they put in all of the illustrations because a lot of these people will be dealing with this thing and they want to be able to recognize these in this form by sight, okay, because the illustrations uh deal with the actual rendered images that we'll be getting out of our test gear for this this particular subject of these particular uh specimens.
So we'll call this a specimen, okay?
And so our specimen in this particular instance arose as a result of the what I saw happening in um in Wuhan and and Hubei on the deep web over the course of October, November, and December 2019.
So we're now here.
We're at this point where we've all got to deal with this, and there's some things that people need to know.
All of this does relate to the to the sun and its other issues as well.
We'll get around to that in a second because it all comes back to the weather.
But in the in the smaller level of these um uh specimens uh that we have to deal with, we know that that two things now.
That the introduction of masks is introducing breathing problems in and of its in and of themselves.
Okay, in and of themselves, they're they're producing breathing problems just from the particulates, the broken fibers of the the paper, the broken fibers of the insulation, the broken fibers of the cloth, as well as bacterial contamination, etc.
So there is some segment of the population that's being made sick by those now, uh just having to wear them.
We also know that the uh approach in using mask is entirely political theater because there's no science to support any of it.
All right, the only people that should be wearing masks, as I've maintained all along, uh, are people that are caregivers, are ill, or are going to be in contact with those.
And that's only if you suspect that your vitamin D levels are low.
All right, so we now know from more studies in Spain and uh some new ones in Italy, that uh vitamin D is both the treatment and a preventative that is really safe.
It's not at a drug level, it's even cheaper than like ivermectin uh or um uh hydrochloroquinone and you can keep it going perpetually and keep taking it, and we also now know that you need to do so, okay, because the the critter that's the subject of this, there was not just one that that tiptoed out of that facility in Wuhan.
Uh it appears that there were four three other variants, and uh the principal one that's gotten all around.
Now there's other additional issues.
This is novel, which is to say it was created, and this novel specimen is out and about, and it's learning to do new tricks.
So my mind is not yet settled that it will be unable to become more lethal.
Usually it they don't mutate that way, usually they mutate off until they are just enough of annoyance uh, but they keep perpetuating themselves in the population.
They don't kill off the host.
Uh we may find that that's not the case here because this was designed as a bioweapon.
Um it may indeed mutate that way.
I'm suspecting that this is the case because of the ease with which it jumps species.
That's radically unusual, okay.
Um so we can get rabies if if we're attacked and bitten, but we can't pick up rabies in the environment in a meaningful way as uh one of these specimens and and become affected by it, just the way things work.
Now, for us guys, something to know right off is even with the the plethora of variants out there and the fact that these may themselves now start actually mutating, um we still have the uh reassurance that because it was a shell of that particular vi uh that particular specimen we know that
uh uh the approach we're taking is solid.
That That 40 nanograms really should be 47, all right.
And uh I'll get to that in a second.
40 nanograms per milliliter of vitamin D is proof.
If you've got that level in your blood, you're not susceptible to this.
There has not been anybody that's reported to any hospital on the planet with 47 nanograms Uh per milliliter measured vitamin D levels.
Now there's a couple of weirdnesses with the tests, you've got to be careful about that.
So, you know, one outfit can measure your blood on their test and you're a 43, and another one can measure it, and you're a 64.
And so it's like, well, this is why it's a good thing to use multiple tests and do this over several months to get a moving average.
I always like doing my moving averages through winter so that I can determine what it takes to keep it up in the absence of sunlight.
Um, which gets us back to the sun.
Anyway, though, uh, so 40 nanograms is uh is absolute baseline for health.
60 to 90 is the low end.
Um now you got a lot of the top performing uh nutritionists and and these kind of people saying that well, humans really ought to be between 90 and 120 nanograms per milliliter of vitamin D if we're to replicate the health of our ancient uh ancestors.
And so that's a good target to shoot for.
Vitamin D is used in at least 3,000, we've is used in 3,000 uh metabolic processes that we have identified.
So it gets used up real quick.
So you've got to keep uh on a steady diet of it.
You know, compliance really is key to safety in this particular region where we have to deal with this sort of an issue, right?
And uh and the whole fact that this was engineered by um uh humans and and falls within the belly wick of this whole large subject is should be very scary to everyone, all right.
And and the fact that we haven't had millions dead may just be millions dead so far.
Um, uh vitamin D every day and vitamin C. Vitamin C, you can just go 22 um milligrams per pound body weight, take that every day, and you're at optimal levels.
You don't have to measure vitamin C in the blood in order to obtain a reading.
Um you you can take too much of it and your stomach will let you know.
Vitamin D, on the other hand, you do need to know how fast your body's using it.
So I had colon cancer, and that affects both my ability to uptake vitamin D and its use.
Therefore, I have to I've been able to monitor it, and I know how much I have to take every day to maintain myself well up into the 60s.
And it's difficult.
It's you know, uh you have to really gulp the stuff and have particular bodies in order to raise it much over the 60s, uh, especially as you age.
Uh aging people have a real issue with vitamin D. Both, you know, making it through the skin because you have to have fat in order to get the cholesterol in order to then be able to make the vitamin D. But that's really the natural process.
There's other parts of the cholesterol that's broken down and used for other good things for you.
So this part of the discussion still continues on with the specimen being our particular um protagonist, okay?
And so now at this moment we're facing some stuff that's relative to the woo drawing I drew the other day.
So over February, uh starting on the 24th, we get this this rapid rise in emotional tension.
It bloops up a bit, and then it goes kind of like that and continues out some time.
Within that rise of emotional tension in the language are forecasts that the uh mainstream media is going to run into some real shit.
They're gonna run into their some real shit for their particular uh approach to supporting the product that is used against the specimen.
All right, so they've been downplaying uh so the only people that are seriously interested in the product and who the people that are really freaked out are them the people that are you know totally into like the mask area.
Um they've been inculcated and brainwashed to a certain extent to view the specimen and its effect on the body in a particular way.
Uh lots of other people don't see things that way.
And but regardless, we are now dealing with variants of the specimen, and we don't know how how deadly they may or may not be until we go through an encounter with them.
But we do know that the base support for them is within the vitamin realm.
We're now starting to see the vitamin studies come on out be distributed in various different kinds of newspapers, usually basically shit rags, uh, because they're the only ones that are willing to print something that runs against the MSM.
Now, the mainstream media has a real problem.
They don't know it yet, but sometime after the 24th, likely here of February, we're going to get to a point where the product used to defend against the specimen will break out in a very bad way to such an extent that the MSM is going to have to start doing some CYA activity.
They're going to have to cover their asses in a serious way, okay, because the product, a product has a real issue.
And the real issue is not what's being reported.
OK, there's lots and lots and lots of problems with the product.
The product does not it doesn't do well.
It doesn't travel well.
It has to be super refrigerated.
They've had all of these issues with it.
And now it's going to come on out that not only is there a problem with the what do they call that?
It's pathogenic priming.
Pathogenic priming is uh priming every cell in your body to respond to the specimen as soon as one cell is uh infected with the specimen.
We now know that you can take the product uh and it does not uh remove the potential for being infected by the specimen, nor does it remove the potential for, if you are infected, for spreading the specimen.
So the product doesn't do any of that at all.
Doesn't do, it's not intended to address that, it doesn't do uh anything along those lines.
What it does do is the pathogenic priming, where every cell in your body becomes uh instantly able to respond when one cell is infected.
Now, if you were to go and take this course as I have, and you read in this, you will discover within the first uh two chapters of instruction here that our particular specimens,
all specimens in this category of um life form, it's not really life form, but in this category of thing, all of these specimens invade and infect through a process that involves time.
All right.
So one cell gets infected, it it gets hijacked, and it makes a bunch of uh the specimens, they come on specimen parts, the cell ruptures open, and those specimen parts come on out and are glued together into specimens by the nature of the specimen itself, right?
So specimens are very interesting, they're not like bacteria or amoeba.
They don't split to make uh new ones.
What they do is they, and this comes to the key of it, okay?
So the specimen goes to the cell, And the specimen attacks the cell and comes in through the cell wall.
When it comes in here, it finds one of the native products, will come on up to it, and it provides that guy with a blueprint.
And it provides that guy with a blueprint for making a protein.
One little tiny part of the protein.
And it then will provide it another blueprint, the next one of these guys.
So that what happens is that it gets a bunch of these guys hijacked, producing parts of the specimen.
And so it can produce millions of part A of the specimen, millions of part B of the specimen, million millions of part C of the specimen, all within a single cell, all involving the native product that exists as a plethora, as vast quantities of this exist throughout the entire cell, because this is the major workhorse for the cell.
It does all of this transcription, it's called, which is to read the blueprint and make a protein.
Alright, it's that simple.
And uh finally able to cut off the heat here.
Okay, so the specimen comes on in, it hijacks the cell, it fills the cell up with parts of the specimen until the cell gets so big that it uh rips open.
This lysing, they call it, um, from the Greek, meaning to tear, it tears open the cell just on the sheer pressure of all of the little factories and the transcription factories that they've got going, making making little specimen parts.
And then as it is ripping open, you you actually have a coordination up here in the ripping part that puts together all of those millions of pieces to make more specimens.
This is why, for instance, there's a very high failure rate that there's not that many specimens that come out that are complete and correct out of each one of these attacks, is because the uh the specimen is trying to do this as this cell wall ruptures in the lining of your throat or in your your sinuses,
that that sort of little spiky feeling you get when you when a specimen's attacking you, is actually the cell, all these cells breaking open as they create, try and create more specimens.
And let's just pick numbers.
It doesn't, it's not meaningful, but they they adjust they call this stuff the ratio here is called a PFU.
And it sounds a little funny, but it basically means how many of the particles can fuck you.
They don't put it that way, right?
But that but so out of the millions of little bits and pieces, how many does uh real specimens are actually created is the PFU.
And our particular specimen here is very poor at this because it's a big critter, it's got a glue lots of parts together, and by the time it gets a few of them done, the rest of the parts that it's gotten created by that cell are now blue either all spread out or they're being attacked by the body, or they're being excreted one way or another, or they're dying because of inappropriate um contact with saliva or whatever.
So its ability to produce new specimens is way low, and so the percentages are like you'll see them written out as like you know, not point um or point zero uh zero four, something like that, right?
And and you might get up into the one four, so zero one four.
And so that's a percentage of these millions of um specimens that are actually active.
All the rest is garbage.
Now, here's the problem.
All of the rest of that, which is as you see, is these are percentages, by the way.
Um most of it, 99 point, all the garbage is still reactive to the tests.
And not all of it, but but a vast majority of it.
Anything that contains components that go into the shell of the specimen will cause the PCR test to react.
And a couple of the others, including one of the blood tests.
So you've got to be careful about that because you may Just be filled with particles because you're looking so if you encounter it, you've got lots of vitamin D and it infects one cell, it's going to produce a lot of particles that may be picked up, but it may get no further than that one cell, just because the vitamin D takes care of it because this thing is extremely vulnerable to vitamin D in the body.
So now let's just remove this, go back to the discussion here.
So the virus attacks the cell.
The time component here is that you've got all these cells that line your body, and they're being attacked by the specimen.
Damn it, I said the word, but they're being attacked by the specimen.
And the specimen here attacks this cell.
This cell has to rupture out to produce more specimens, and then they attack this cell, this cell ruptures out, and maybe because of the way it happens, maybe you get 10,000 specimens produced here, and they set about attacking 10,000 of your cells.
That's why these specimens are so deadly is because of the multiplicity.
It's not divide, divide, divide.
It's like infect factory, and then boom, you know, massive massive assault.
Okay, so but nonetheless, this level here still represents a component of time.
It's called a cascade response something.
Okay, so in the in this particular coursework, they discuss all of this kind of stuff, but they never ever really get into the aspect of time is a component of how the specimens must work and how your body works to defend itself.
So by when this so your body, when it has a specimen attack it in this first level, it's already starting to do stuff to protect even before this thing breaks open and creates these guys.
So if you've got lots of vitamin D, it'll tag that thing, it'll know that it's a vitamin D issue, and it'll flush vitamin D into all of these areas here before that thing can launch those, and so none of the other cells get attacked, right?
There's two aspects of this.
In order for the specimen to attack your cells, the cells must be receptive.
So the specimen they say can get in through your skin.
Bullshit.
It may be in your skin once you've inhaled it, but fundamentally the only way you can get the specimen is through the nostril or through the um through the larynx.
All right, you've got to get it to a moist area, and it has to be in the in the respiratory system.
So I'm not going to get specimen on the top of my head and have it attack me.
I can't get specimen off any surface.
We didn't know this because Fauci lied, all right.
Uh they said asymptomatic spread was possible.
They said it was possible to get it on your hands and then touch your face and get the specimen.
Now it is it is theoretically possible that a person who's so weak in vitamin D could get some specimen on them and then snort the specimen and induce a an attack.
But it's so highly unlikely as to fall into the category of basically impossible just walking around.
And you know, you'd have to be probably so sick that you couldn't walk around, have to be so depleted of vitamin D in order to be made ill that way.
Okay, so now getting back to the time component here.
Your body is responding as these specimens are also mounting their attack.
Your body is responding in a time fashion, a deliberate timed fashion, that that timing is going from cell to cell to cell to cell.
Now it's not, it's a cascade.
So when when this cell gets attacked, your body doesn't just tell the cell next to it, right?
It tells all the cells around it in all of the different layers and then spreads that, starts spreading that message.
As all of those cells are told to start responding, then they also start triggering the product in order to be able to respond.
But now this is native product.
This is the native product that exists in your in your body, not the product that they're producing in the labs that they're trying to inject into you that has to be super cold.
Alright, so when I say the product here at this stage, I'm only referring To your native production of this particular material, which fills all of your cells.
And it is used in this cascading time response approach to where these are the messengers that actually be the time it takes for them to come on up and grab this and start doing the protein, all of that, it's all factored into your body.
And they overlook that in this course because they don't explicitly deal with time that way, except in a couple of small instances, but they don't go to the main point.
Now let's talk about the engineered product, okay.
So we'll call this e-product.
So e-product here is this stuff right here, extracted from your body and it is made different and then shoved back into you.
And that's what this whole inoculation program is all about is to get you these e-products, all right?
That are that are the e-product is manufactured, it's altered, it's hyper, and it recognizes.
Okay, so what happens here is you get an injection.
Now, first off, note that between between your cell walls, neither this native product nor the e-product is allowed.
So your body freaks out if it gets any of that product in between the cell walls.
And if it shows up there, all kinds of bad things happen, and it has all these many mechanisms for destroying the product when it should break out of a cell.
And that's what happens to all the little bits that both go to the specimens and then are broken up, not able to be plugged into specimens, is that your body is freaking out about the product here getting out of the cell wall in the lysing process of the splitting open process, and it and it rushes all of these uh immune responses to get in there and clean up the scene.
So this is really long-winded.
Um I'm gonna do two of these today, too, anyway.
So this here, this product here, starts instantly teaching all of the other cells in the rest of your body, right?
So if you get it get one of these jabs, some of the people you'll see that they start getting red in the in where the jab was, and it starts spreading slowly over their entire body, this flushing, very much like they gulped a couple in niacin, but that flush from a niacin happens very rapidly, you get sort of you know, maybe itchy or a little tingly, and then it fades within an hour.
This stuff from the jab is continuing day after day after day, it's growing, and it is indicative of a major problem because you're screwing with the product here.
And what you're doing is you're your the e-product converts all of the native product into e-product in all of these surrounding cells to some extent.
We don't know how much of it converts.
There's so much about this thing we just don't know.
Anyway, so um, so here's where it gets gets into the nasty part of all of this, right?
No matter what the effective infection rate of the specimen, the oh, I was gonna say there's two aspects of this receptive and permissive.
Let me stop real real quick.
Your your cell has to be receptive to being penetrated by the uh the specimen, okay, no matter what kind of specimen it is.
If it's not receptive, the specimen can't penetrate it.
So the specimen, as I was saying, the specimen can't get through my my uh skin on my head to to make me ill.
And then also there has to be permissions the cell has to be permissive.
So the cells in my nose and in my my throat may be receptive because they're of the type that the specimen can attack, but they also have to be permissive in that they have to permit this thing to come through the protein barrier here on the cell wall.
And that's vitamin D. All right, that's where vitamin D lives is in that protective layer around the cell.
So if I'm flush with vitamin D, the vitamin D prevents the permissiveness.
So I'm neither I may have some receptive cells, but they're not permissive, and so I won't get ill.
Okay, so um now so we're getting back to the situation here.
What happens with the E the e-product is that it primes all of these cells right here all throughout your whole body to so that all of the cells respond as soon as the first cell has one of the products hijacked.
And so there's no time delay, or there's such a short time delay that all of the cells that this part of the process hasn't even happened yet.
And all of these cells are responding.
They're kicking up your immune system to fight something that is not there.
And so that's why the cytokine storm, that's why the old people are dying with and it's because of first contact with the specimen after the uh injection.
Might be two weeks later, it might be three weeks, might be uh several months.
All right, so that's one aspect of this whole um uh e-product business.
Okay, now there's another aspect of this e-product business that's very nasty.
The good news is, the very, very, very, very good news is that, okay, so good news The good news is that the e-product may make you infertile.
It has a statistical likelihood of going that way.
We can't rule it out.
We have no level of knowledge as to how many people in any percentage it will make infertile.
But the product is intimately involved in fertility.
Because the product is how the cells replicate, and it's also how the reproductive organs uh create eggs and sperm.
All right, and so the product is intimately involved in that.
If you get e-product in you, it is unknown how that will affect your fertility.
But there are some small studies now that suggest infertility may be the most likely bad outcome.
This is good news in my opinion, because it means that there's a lower likelihood of gener potentially generational birth defects.
So hopefully we're not walking down a road where we will see the problems from the e-product materialize in these next generations.
Uh this is this is entirely unknown.
This is the largest medical experiment ever undertaken.
If they had done this in Nazi Germany, think of the repercussions.
Think of what it would have been called, you know, mass uh culling and all of that kind of stuff.
The fact that the social order is so wacko as to insist that the poorest and the that our health care workers have it first, and that all the first responders have it first, that the army have it, and that uh all the dark-skinned people that are that are locked out of the healthcare system have it.
It's like holy fuck people.
This is the the riskiest thing we've ever undertaken as a species.
The single riskiest operation we've ever undertaken is the response to the specimen.
The specimen building, it was built, paid for by Faukey and all of these other fuckers, and you can find a lot of other people to tell you exactly how that occurred.
I'm not going to waste my time on that.
Um the creation of bioweapons is a risky endeavor.
But this particular response that we've we're having here now is the riskiest thing that humanity has ever done.
And so, way back when in my data sets, uh we had some horrific, terrible data sets.
I mean, way back in like maybe 2004 or something, it started showing up.
And it started going to the idea that there would be like one-seventh of humanity would die off in a relatively short period of time.
Not like a year or two, but maybe over the course of say 10 years, something like that.
Um this may be that point.
So we may lose a billion people as a result of the specimen, the the variance of the specimen, and uh its mutation, which it's now actively doing, it's learning to go from species to species, learning to attack us more, and so on.
Um, But also it may be the response from the specimen.
Now here's here's the ugly part of all of this.
If you get the jab and you've got e-product in you, that e-product is part of all of your cells.
So if you have unprotected sex, hell, if you have unprotected open mouth kissing with someone, and you've had the e-product develop in you, you can pass that on in those cells.
Now, will it become effective of someone that receives those?
We don't know.
We just do not know.
The people at the big pharma seem to think that that's the case because of the way that they because of the language and some of the things that they've put out, okay, for their own purposes way the hell back when uh 2012 onward discussing these kind of things in response to specimens.
And uh so uh so there's some body of literature, it's small, but there is some body of scientific literature that suggests that e-products, enhanced products in your cells can be transmitted during sex.
Uh, there's also some that you know, for sure it can go in a blood transfusion.
And so, and it can't be filtered out of transfusions.
So now is the blood supply tainted?
Uh, and it goes on and on and on and on, right?
Uh so if you've got e-product in you and you die and you're an or organ donor, well, hey, you know, are you an effective organ donor or not?
Uh so uh because you know you got e-product in you.
Uh so anyway, so I was particularly concerned about the potential for um a crushing burden on our species over these next 20 years of um uh birth defects.
We're gonna have enough burdens from climate and all this other stuff, and I wanted to not have that particular uh burden as long as we've got all this other shit we've got to deal with.
So if for me it was good news that infertility is the most likely um damaging outcome of the e-product uh at that level.
It can kill you, you know, because who knows with this pathogenic priming where all the cells react instantly if that's gonna be um you know what's going to happen.
At some point, if you become weak in vitamin D and you run into one of the specimens, will the e-products come jumping out all over and cause a cytokine storm?
That's the theory, and there does appear to be some level of uh manifestation in reality, but we don't know how much because here I'll go into the other half.
I'll just try and keep this whole thing into a single video and go into the other half of this business.
All right, so getting back to the mainstream media having their little problem here from February 24th onward.
That's gonna be as a result of the fact that they've been hiding all of the the other we're gonna need to cover your ass bit.
They've been hiding all of this stuff about e-product effects on human.
Uh you can't find it anywhere except alternative press, and they're doing everything they can to suppress it, and they're starting to do conspiracy theory kind of denigration on people bringing it up.
But they're not laughing anymore.
The mainstream media is not laughing at the anti-product people, right?
Um and it's a complicated situation because they were anti-product when they thought the product might be labeled with Trump.
You know, uh they didn't know how it was gonna work out then.
Anyway, though, so this MSM thing is really an interesting key.
Um they're gonna break down for a lot of different reasons.
Not only the e-product and its implications and the problems that it's gonna cause, and the fact that they've been pimping so that millions would be get the jab, uh, because it makes it look really bad.
No matter you cannot sell this uh anyway to make it look good when this news comes out and becomes generally known that all it took was to get your ass on uh optimal vitamins and you did not need to suffer the problems that they've induced with the with the jab here, right?
All right, so there's that aspect of it.
There's also the aspect of it that they've been covering up the plandemic part of it, and all this stuff is coming on out, and lots and lots and lots of people are now starting to know this and are starting to really abandon the MSM approach.
That is to say, believing anything that these people put out.
And in fact, now a lot of people are starting to actively go the opposite way.
You know, if New York Times said it, it's got to be false, ergo, I'd better do the the other thing.
Well, well, part of all of this is also going back into the other aspect of the sun thing because of the weather.
Uh, because now they're going to have to start alibiing not only uh the particular problems uh with the e-product, but they're also gonna have to start alibiing their climate change uh scenario.
Which, you know, ask them, you run into any of these uh people in the MSM, you know, ask them how how's climate change working out for you?
You know, how's it selling these days, right?
Um, along with climate change, they're gonna have to start alibiing the whole greening, let's just say activists sale, uh, a greening energy thing.
Again, you know, ask Texas and all the other people yet to be affected, how that's gonna work out for them.
Now let's stop and divert for a second and say it's pretty nice here at the moment.
We've got a little bit of sun, we've got some sunbreaks, but we had hellacious uh winds yesterday.
I wasn't in the area, I came back, and there would have been like at least a dozen uh major tree falling episodes up and down the the state highway I live on.
Okay, so state highway, they got crews out here, they cleared it up.
But we're talking logs that you've got to get your big chainsaws out to go through.
We're talking, you know, uh hundred and twenty-foot high uh furs and uh massively, massively uh uh thick spruce and this kind of thing coming down in the winds because we'd had snow and so forth.
And then we get this giant windstorms yesterday with uh very heavy air in the form of all of this moisture and cold.
Okay, so that's your feeder band that'll be hitting the middle of the country probably Wednesday or Thursday.
Um then there's another one.
All right, so we're looking at it right now.
We can see it offshore, it's moving down from the north and uh sort of swirling, and it'll be moving onshore a little bit.
So it looks like there's gonna be at least two more episodes of uh cold polar vortex-driven heavy, heavy, heavy air.
And I hadn't met, I've only lived in this particular part of the coast for three years.
But in those three years, we've never had a uh windstorm like this.
Um we've had big windstorms.
For instance, it's known area, you know, and known for winds.
I had to have my windows rated to stand 133 uh pounds per square inch pressure uh for X number of uh minutes, right?
Uh just what insurance calls for around here.
Uh so uh but this was a big windstorm and it's very heavy air, and it's just pushed all these trees over.
So it's gonna come on in.
It's gonna beat the rest of the country.
So they're gonna they're gonna so right in here, and this is like, let's see, we're not even into the 24th yet.
Okay, so on top of all of this issue that seems to be arising around that time, we've got these issues that are already starting to pop up for them right now.
And um now we've also got the second aspect of this, the around on the 24th here, which let me use green, might as well, uh, which is gonna be the currencies.
Okay, so there's all kinds of uh economic activity going on as people relocate.
And so our people are moving out of our cities.
This is the abandonment of empire internally.
Uh they may be leaving the country externally uh at some point, but at the moment, the driving force for all of that activity is the degradation of the dominant currency on the planet.
It's gonna corrode from the outside in.
We're seeing that corrosion already collapse, ancillary currencies that are piggybacked on top of it, as we see in Kenya, as we've seen in Venezuela, etc.
etc.
We see these currencies that are all starting to come to their end.
and the dominant currency, the world reserve currency, is itself coming to its sad end.
Let's do it this way.
It's sad end.
That is another one of these things that MSM is gonna have to deal with post the 24th.
There's a lot of the economic stuff If you want to see how it's going to unravel, it's basically going to be bank to bank, and then ultimately bank, bank, bank, bank, bank, up to central bank, and then central bank to central bank, and then while it's at that level, government bonds are going to go all over the place.
And when they do that, then backing on currency is going to get really, really, really wonky.
In terms of, you know, what's what's theoretically backing the currencies?
Because if the bonds go, then I mean, theoretically, it's the bonds that that back our US dollar and also student debt, which are all rolled up and formed into basically a big giant bond.
And so when this all happens, so for instance, if we get into a just figure it this way, if you go and look, you'll see that the Federal Reserve has student debt as one of the assets, assets that they use that as they record on their balance sheet.
So what if I were to give a student that had 100,000 in debt a silver round, right?
And say or a stack of 20 silver coins.
And so those coins, what if because of hyperinflation, those 20 coins become equal to his $100,000 in debt?
And I just gave it to him because they weren't that expensive to me at the time that I purchased them.
Then you see the impact that this can have.
People could go in and pay off student debts with the conversion of hyperinflation in to a real asset by selling it, and then take those hyperinflated dollars and pay off their nominal student debt with storehouses of silver and so on.
We may yet see uh a one-to-one ratio between silver and gold.
So whatever silver gets to, uh, in fact, I actually think it'll it'll do better than that.
I think that gold will go up and silver will surpass it, and that at some point the ratio, which is like I think it's like 67 or something uh ounces of silver to the one ounce of gold now, uh, that ratio will continue to decrease uh and then we'll have a one-to-one, we'll have parity between silver and gold, and then because of the nature of silver, it will become more valuable.
And um, and we'll proceed from there.
But as as that process takes place, the currencies are gonna come under a great deal of strain, and we will probably see lots of currencies collapse and generalized financial chaos.
And the and the mainstream media is gonna find that people will not listen to their explanations.
And in fact, we're probably gonna come to that point in time where our um forecast issues for um reporters, people that work, let's just say, faces that work for the mainstream media, run into real problems, uh, ever leaving their apartments, you know, ever going out of their house, uh, doing any kind of travel.
It won't be safe for them to move without a lot of bodyguards.
At some point, the bodyguards will turn on them.
Um it's gonna be really ugly, but it has actually going to be very freeing for us for the populace.
Okay, so uh this is gonna be a good thing, even though it's gonna be a lot of bad things to get there.
And I think that this currency crash and all of this kind of stuff is going to begin this this next month.
It will take some number of months.
It's not an overnight kind of a thing.
And so you will have some period of time to react to it and get yourself ready and so on.
But bear in mind that we've been hamstrung as has been demonstrated by what's happened to Texas.
So Obama administration shut down all, I think almost all the or lots of the clean coal-fire electrical plants here in the United States.
There were a lot of them in Texas.
Obviously, if Texas had clean coal-fire plants or natural gas electrify, you know, electricity-making plants, they would be able to continue to produce electricity, even though the windmills are jammed up with ice and and are not likely to be very effective under the current conditions.
And the whole greening activist energy thing and the and the activists themselves, the climate change activists, are now being being blown out by reality and the manifestation of the ice age.
So as we get into this ice age, if you know, if you can survive all of the rest of it, if you can survive the E product and you don't get the jab and all that kind of stuff, or if you get the jab, you maintain your vitamin D and work and so on.
You know, we've still got the climate change to deal with the ice age.
But due to where we are in our cosmic journey here on this planet, a lot of the illusions are falling away and revealing us with the woo, right?
The stuff that was disaggnowledged, that was hidden, that was called conspiracy theory, that was um uh you know uh turned into laughing stock and uh and uh points of derision.
Uh it was used to uh slice and dice and and uh further separate humanity.
But as I say, as we go forward here, as MSM falls to the side, your friends and neighbors will come to you and you can say, hey, you know, you're in the woo with the rest of us now, right?
You gotta understand that uh the paradigm, the structured reality that was sold to you by mainstream media was just that.
It was a sales job, it was structured, and it was not reality.
It was an artificial construct, it was um an illusion, it was Maya.
Uh they pulled a veil over your eyes.
This is a very terrible thing to have to come to grips with.
So your friends and and neighbors, uh, as they come to grips with, you know, ice storm, no power, and uh collapsing economy and um uh the lies about the pandemic and the um the the hiding of the real facts about the the specimen and where it came from and stuff, as all of that comes on out.
There's everything else behind it to come on out, and all of the stuff about the space aliens.
And the very last thing to note is that I put it out on my Twitter feed uh about the fact that the the U.S. government has responded to a Freedom of Information Act and uh request and seemingly actually provided real data that they indeed do have debris and pieces from shot down UFOs.
So now there can be other uh FOIA requests to get more details now that we know some of the language they're using, and it will become that much easier as we go forward for all of this stuff to sort of spill out.
Uh but in any event, so um the point of this was to bring up the issues about the specimen and the uh place we're at now relative to the mainstream media.
I think the mainstream media will be by the um 25th of March, by the end of the next 30 days, be involved in their own cover your ass march,
I don't know, or you know, cover their ass, uh circle the wagons kind of an effort and will be far less effective uh as salespeople as more and more people discovered that they were lied to and that the mainstream media is not their friend and has sold them a uh complete packaged uh take it out of the box, put it in the microwave, reality.
And that doesn't taste good, it's cardboard, and it's it's not actually living up to the hype.
Uh this will probably, as I say, come out due to some further nastiness that will evolve around the e-product.
I've got to let you go, it's been an hour, and I gotta get back to the work I'm that I should be doing.
Okay, live long and prosper.
We have many, many opportunities for that to um come forward.
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