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April 9, 2025 - Health Ranger - Mike Adams
11:53
N95 masks versus a virus UNDER THE MICROSCOPE, with Mike Adams
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Alright, welcome to today's science experiment here at the Brighteon Studios.
I'm Mike Adams and I have with me an N95 mask today.
This is brand new.
Just got it out of a sterile package.
This is called the KN95 and what we're going to do today is we're going to look at this under the microscope so we can get a closer look at the actual weave of this mask.
And by the way, we opened up with a shot there that shows we're also doing an incubation experiment on some of the chemtrails fallout.
And that's an incubator, and we have a sample in there that's currently maybe growing, spawning, sprouting, whatever it's doing.
So anyway, back to the mask.
What I'm going to do, just so that I can get this to lay flat on the microscope, is I'm going to cut out a piece of this so we can...
We can look at it more easily.
Alright, so here's the piece of the mask.
It's got several layers.
And we're just going to stick the first layer under the microscope.
Put it on our 20-200 Here we go.
Our 20-200 lens.
And start taking a look at this and see where we are.
Alright, let's start here.
So this is a 20x magnification.
Now, if we start to zoom in more, here we are at about 100x.
And here we are at about 200x.
And here you can start to see the fibers.
All right?
And here I've asked a question of, what is the width of a virus?
And it says a virus is typically between 20 to 400 nanometers.
And those are billionths of a meter.
Okay? So that's the same as 0.02 to 0.4 micrometers.
Okay? It also says human hair is 80,000 nanometers in diameter.
Got that?
Or 80 micrometers.
So a virus is a tiny fraction of the width of a human hair, a tiny fraction, less than 1%.
of the width of a human hair.
So I have a human hair here.
I can barely see.
And I'm going to attempt to put it under the microscope so that we can see it.
We're going to zoom in to 200x.
Now, what's...
Something that you notice right away.
That the holes that you can see in this mask are much larger than the width of a human hair.
See that?
Those fibrous holes?
And that even if you zoom in, some of these other fibers that are supposed to stop viruses, like you see these fibers above the hair?
Look at those fibers.
They might be like...
20% of the width of a human hair, which means those fibers are themselves something like, what, maybe 15,000 to 20,000 nanometers in width,
whereas a virus is 20 to 400 nanometers.
So even those fibers are many times larger than a virus.
All right, now we're at 200x.
And I've switched lenses to where we can really zoom in now.
Hold on.
We are at 500, and now we are at 1,000.
Focus becomes really difficult here because the diameter of the hair is much larger than the depth of field of the microscope.
So that's a human hair at 1,000 times of magnification.
And remember, that is 80,000 nanometers in diameter, and a virus is 20 nanometers to 400 nanometers, which is a fraction of the size of that human hair.
Those are some of the fibers that are supposed to stop viruses.
So right there, that's a great picture.
Do you see that those fibers themselves are like orders of magnitude larger?
Okay. So what does this tell you?
It tells you that an N95 mask Cannot possibly stop a virus.
There's the hair.
And there's the fibers.
Viruses can go right through this.
And it can go right through multiple layers.
So this mask that I'm showing you here, this mask cannot block viruses that are 20 to 400 nanometers in diameter.
The mask is a joke.
You might as well be wearing half a mask.
It would be...
Exactly the same effectiveness, or no mask, as wearing a mask.
So there you go.
Let's cruise around a little bit and see if we can find some other interesting features here.
Oh look, here's some more of the fibers.
What is that weird circle looking thing?
What is that?
Oh. Some globule of...
Fibrous mass is already in the mask, so who knows what you're breathing in when it's a new mask.
I mean, I just got, oh, look at this.
What is this stuff?
Particles already in the mask.
And then sometimes we find things like this.
So, you know, this is already in the mask, and I just opened this out of the package, so what is that?
It ships with the mask.
So if I start breathing through this mask, am I inhaling whatever this thing is?
And whatever this other particle is down here?
What's that stuff?
Is that from the floor of the mask factory?
Who knows?
Nobody knows.
Nobody cares.
So no, this isn't going to trap a virus.
It'd be like, Trying to trap corn seeds by tossing them at a chain link fence.
It's just not going to work.
So there you go.
There's the actual microscopy view of the N95 mask.
Actually, this is the KN95, which is supposed to be even better.
And it's completely worthless at stopping viruses.
And anybody who told you that these masks could stop viruses is lying.
And they're still lying.
And there are still morons out there that are wearing masks.
And they think it's protecting them.
And they're the same morons that line up to get injected every day.
Which are usually the same morons that think men can have babies.
And they're the same morons that keep getting sick even after they keep getting injected.
And they wonder, why am I sick all the time?
Because, you know, you're breathing in grime and nastiness and you're probably growing mold in your mask.
I mean, this is an incubation chamber when you breathe humidity into it.
Like, we have an incubation chamber on my desk right now on purpose because we're trying to grow whatever kind of monsters came out of the fallout samples.
But you're doing that with your mask.
You're making it a petri dish.
Yeah, there's a shot of the petri dish right there.
We actually have a petri dish.
But you could grow something in this, probably.
We should throw this in there and see if it sprouts like fungi or something.
It's like having a mushroom farm here on a desk.
Anyway, there you go, folks.
That's an honest look under a microscope which is capable of 2000x optical magnification.
That's an honest look at what a mask looks like.
Those are the fibers of the mask.
Again, show the microscope screen again.
Those are the fibers.
And then we also showed you what the human hair looks like.
So that you can have a size reference as well.
So there you go.
If you've wondered, do masks work to stop viruses?
Well, your question has been answered.
And that's it for today's science lab here at Brighttown Studios.
I'm Mike Adams.
Thanks for watching today.
Take care.
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