None. Flat Earth.
Dave, thank you for joining me in the trenches.
Hey Jerem, thanks for having me back.
Looking forward to the discussion.
It's always as we were just discussing this topic is I think
the most important topic of of all time.
But if you don't understand what Flat Earth is and and are just
programme with what you're told that it is, it seems like the
dumbest thing on the world. Why waste time talking about it?
Why is it the most important topic?
Well, if you don't know where you live, who you are, what this
place is, what our history is, the true power that we have.
If you think that you're disconnected in a random
universe, you evolved from Ponscam in an ever expanding
ridiculous helio nonsensical system and you don't understand
that we truly are at the centre of creation and there is much,
much more here. I think that's just the
beginning. That's a good start.
So you know it. Literally living on a globe
belief, I call it the globe religion is it stops you from
living to your full potential. But I'm doing pretty good.
You know I've got a good job. I get 2 weeks off every year to
go on vacation, you know, and I'm only paying 30% in taxes
instead of 40. If you understood what this
place is, none of that would would matter.
It would be it would be completely different.
This place is an amazing centre of creation.
We all have incredible powers that are being hidden from us.
There is unlimited resources and everything we're being shown is
a lie. And you know, if I'm sure we're
on the same page on the mainstream media, all the stuff
they show us is complete and total nonsense.
Everything. It's all a stage, from politics
to news stories to, you know, everything.
It's all, it's all a show. And the way they get rid of it,
the way, the way, excuse me, the way they get away with it is
they've convinced us that we're spending out of control, lost in
space, and that we're nothing. And so if you if you don't have
a good foundation, you can believe that breathing our
grandma will kill her. You mentioned creation a couple
times. Well, a lot of people say, oh,
are you religious? Are you, you know, is it a
really a spiritual thing? It absolutely is not.
It's a it's a, it's an understanding of the true
reality of our world. But the question is, you know,
what is our world? This is a spiritual place.
We are in a spiritual war. The, the people, and I'll put
people in quotation marks that are running this place are doing
it for energy. It's all an energy exchange.
They they literally are after our energy.
We are you can look at the movie The Matrix.
It's more of a documentary than a fantasy movie.
So yeah, it is a spiritual war. Our, there are our souls, if you
will, are under attack. They're being used to, I guess
what's the word I'm looking for, feed evil.
Once you understand, you know how they control us.
And, and it's very, actually very simple.
The way they control us, the only way they control us is
through fear, right? So fear, false evidence
appearing, real FEAR is the is the way that controls.
If you are in fear, you are giving your energy away.
The truth is there's nothing to be afraid of.
We are at the centre of creation there.
This place is abundant, safe, and we have amazing abilities on
every level from health, wealth, thriving, everything.
So yeah, it is a spiritual war. And people say, well, you know,
a lot of a lot of Christians are, are flat earthers.
Sure. Well, find any group.
There's a lot of Christians in almost any group.
But it that's not what makes you a flat earther.
What makes you a flat earther to me is the science, the science
of what this place is. People that believe in the globe
don't know what they're defending.
They don't know their own model. You ask them what the radius is,
the circumference is, the speed, how that it's orbiting, the fact
that it's chasing the sun, that they don't even know how far the
sun is, how big the sun is, how those those things are figured
out. They don't know any of it, but
they'll still defend their position.
So they're literally defending a religion that they don't know
anything about. And flat earthers know more
about the heliocentric globe religion than the people that
defend it. Because that's how we became
flat earthers. If you understood the system
that they tell you you live in, you would become a flat earther.
Because it's ridiculous. As far as I understand Dave,
historically people did believe that Earth is flat, from I think
Egyptian cosmology to Mesopotamia to even ancient
Greece. I think Homer himself argued
that Earth was flat. They've been, you know, we're,
we're taught that Earth is that, that Flat Earth has been
disproven 2000 years ago by Eratosthenes, which is
ridiculous. We, if we, we can look at that
if you want. But they were teaching Flat
Earth into the 1900s, the 1900s. I met a woman named Ruth at an
old age home. She was 102 years old.
And I was interviewing her about the world's fairs.
And she, she, she had been to the world's fairs and it was
amazing. And she had such a sharp memory
and everything. And I said, hey, when you were
in elementary school, what did they teach you about the earth?
Only thing I said, and she goes, they taught me the earth was
flat. And I was like, really?
And then I said that. And then afterwards they told
her it wasn't flat and she just believed them.
And, and when I told her that the earth was flat and that we
are at the centre of creation, she literally broke down in
tears. It was, it was absolutely
amazing. And this, that's a short, quick
little story. This, this video started going
went viral, but it was uploaded to hundreds, hundreds and
hundreds of channels. And I told everybody we need to
go to old age homes right now and find people that are over
100 years old that still have their wits about them and
interview them about what they were taught in school.
And then a couple days later, this was in 2020, the the
lockdown happened and all old age, old age homes worldwide
were shut down. Some people say that could be my
fault, but I don't know. But the thing for me, Dave, that
makes this topic so interesting is the fact that it is it is
treated like a circus act, and that's probably by design. 100%
that there there is a I mean besides all the bots out there,
there's paid agents out there that they're all working
together to to shoot down every video.
You'll notice here when you post this video, the bots will show
up before the flat earthers will show up.
The paid trolls will show up and the way you can tell is you look
at all of the pro, you know, hey, Dave's on, you know, this
is good and check out this proof in that video.
These are from real accounts. You look at the people, they
have videos and everything. You go to the accounts that just
say, oh, Dave's a grifter and and you know, you're, you're
being scammed. Everything look at their
accounts empty. Nothing, no, nothing.
There's people that have been following me around for 10
years. They still have 0 content on
their channel. So these are, you know, these
are paid people to dissuade people from looking farther.
And you, by the way, you know, negative comments and stuff
work. People read the negative
comments and they're influenced by them.
So that's what they do. The point I was making earlier
is that for the longest time people did believe Earth is
flat. So when did this change and why?
Well, it was changed by the Rockefellers when they took over
the I, I would say it happened when they took over the
education system. I think it was in 19-O2 And they
were, they, they literally removed the AE map out of the,
out of, you know, all the libraries in the 1950s and they
stopped teaching that. And the reason they, so the, the
question is why? Yes.
Why? Yeah, why?
Why did they do it? Because if you knew where you
lived, if you knew who you were, if you knew that there's more
probably more land, probably more places to go.
You can't be controlled. But they have us in an invisible
fenced farm where we don't pull, You know, where we think that's
it. There's there's nothing else,
right? They, they have us believing
that we live on this ball where where there there is no more.
For example, they if you take hold on, let me just pull this
up. So here, here's the map.
Let me pull this up. There you go.
Here's the map. This is the map that was in all
encyclopaedias schools. They were teaching on it.
This is the called the AE map. And what they did is they cut it
out and they wrapped it around a ball and they said you're not
allowed to go to this white area at the bottom because the
Penguins, we can't disturb the Penguins and the ice, right?
You're, you're not, you're, you're not allowed to go here,
right? So think about that.
What, what could be beyond there?
What if we did that to Australia, right?
What if we told Australians they can no longer, they can't go 500
miles off their shoreline. So we draw a circle around that
and anytime they get out there, the military stops them since
stop, you can't go out here, disturb the Penguins, the
migration routes, and they wouldn't know about Europe,
Africa, Russia, America, they would know about anything.
And you wrap that around the ball and teach them that's where
they live. Think about that for us.
Think of the world as a much, much bigger place, right?
It could be, it could be anything.
Again, we don't wait. Last thing, we don't know what's
beyond 60° S. There's no independent
exploration, free exploration beyond 60° S.
Why is that? Why do all the countries in the
world agree upon that? Yeah, I've also wondered that
the Antarctic Treaty. Yeah.
The Antarctic Treaty in 1959, I think they, they all of a sudden
all the countries in the world agreed that nobody can explore
Antarctica. It was supposedly right after
Admiral Byrd went out to Antarctica, said he found more
land bigger than the United States on the other side of the
South Pole. Well, the other side of the
South Pole from where he was coming from would be in between
Africa and Australia. Well, I think that somebody
would see something know about land bigger than the United
States. You know, it's, it's, it's
quite, it's quite interesting, you know, And then they also,
it's called Project High Jump because the shoreline of
Antarctica, at least where they went, was way higher than the
ocean, right? So if you look at the average
elevation of all the countries in the world, Antarctica is over
twice the height of #2 So large bodies of water need
containment, right? You can't bring me a gallon of
water without a container, right?
Right. Water at rest lies flat.
So think of the world as a giant pond, and Antarctica is the
shoreline of our pond. Now, does the shoreline of
Antarctica go all the way around?
I actually don't think so anymore.
I think that it goes out beyond where they're telling us.
And maybe there's other Suns out there, heat sources.
But again, that's just speculation because we're not
allowed to go there. We don't need to speculate
what's beyond 60° S or what's over our heads that we can't
verify to tell us the shape of the Earth.
We can measure the shape of the Earth because they gave us the
radius. They gave us the radius.
So we can use their claims to disprove their disprove, you
know, their claims. But now, I mean, you've
obviously heard loads of attempted counter arguments
like, well, what about Pythagoras and, and, and of
course you know, the people who came after him.
Like Eratosthenes. Yeah, and.
Yeah, well, these are all people that.
Have you ever met any of them? All right, there's people in
today's news that I don't even know are real.
I mean, we don't even want to get into the Charlie Kirk
situation, right? So I don't even know if any of
these people existed. But think about this.
Eratosthenes. Eratosthenes.
He's the guy that said, well, you know, the sun's so far away
that the light rays come in parallel.
No one's ever seen parallel light rays, right?
And he didn't experiment with his sticks and shadows.
Whether it's a well or sticks, the story just keeps changing.
And, you know, he measured no shadow where he was.
And his friend 500 miles away that figured out he was 500
miles away because he walked and counted his steps.
And somehow they knew how to take the measurement at the
exact same time and communicate with each other.
And he had a shadow. Well, if the sun was ever so far
away, you know, was infinitely far away, 93,000,000 miles, the
only way you'd have a shadow is if the earth was curved.
And that's what Carl Sagan put into our brains and and
everything. But on a Flat Earth with a small
local sun, you got the light here, no shadow.
You have a shadow here. You can do the same math
Eratosthenes did on a Flat Earth and tell you tell us that that
that this is curved and it's not.
So again, they used Eratosthenes story, which is a ridiculous
story to say that the Greeks figured out 2000 years ago and
then nobody ever cheques to verify it.
This does not prove Flat Earth. It works on both.
That that's that sun distance of 93,000,000 miles.
I mean, it's such an absurd number anyway, but what is then
the Flat Earth distance? And then and in that case, what
is the sun? Those are great questions.
So first thing is falsification, when you falsify something is
independent of replacement, right?
You could say, hey, I'm, I've got, I've got 10 gallons of
water in this cup. Well, you can figure out that
that's impossible. You can falsify it.
And then you can't say, well, where's the 10 gallons?
You know, like until you show me where the 10 gallons is, you
know, you don't have to replace something.
I don't know if that was the greatest example, but we don't
know how far the Sun is. We don't know what the sun is.
And neither do heliocentric people, right?
They tell us the sun is made out of 99% helium and hydrogen that
defy gravity on Earth, right. Helium and hydrogen to fly
gravity put in a balloon, it goes up and gas violently fills
the available space. And we can prove that with
vacuum chambers, right? We, we can put, let's say we put
a where is it? We put a football.
Let me see if this yeah, in a, in a vacuum chamber and the gas
explodes, it wants to escape, right.
So when you put gas in space, it doesn't collapse upon each other
upon itself to create a sun. It expands, but for some reason
the gases collapsed into a sun. The sun burns like 640 billion
tonnes a day or a minute or whatever.
It's something ridiculous for billions of years and never gets
any smaller. The gravity of the helium and
hydrogen that defy gravity, which is a gas in space, which
defies natural law, somehow can hold on to Pluto, but doesn't
affect our moon, right. The entire gravitational model
is absolutely absolute nonsense. Absolute nonsense.
The moon thing is confusing because what what what What the
argument therefore is, is that the gravity of Earth is stronger
than the gravity of the Sun. Well, the the the argument they
give is the moon is closer to the Earth, therefore the Earth's
gravity outweighs the sun's gravity.
Some kind of just skirts around our gravity and goes and holds
on to Pluto, which we can't even see, right?
It's stupid. Here's the thing.
The reason you can't figure it out, it's you're, you're not
stupid. It's stupid, right?
And because you can't figure it out, you, you were like, well,
you know, I don't understand that.
You know, the guy with the bow tie with the lab coat, He, he,
he told me. So I have to believe it.
I have to believe it. So the reason you can't figure
out lots of the stuff is because it's stupid.
The heliocentric, I call it the Helio nonsensical model is
literally stupid. And when you finally can see it,
you know you have to lay down your ego your entire life before
you could reason. You were taught about the globe
in kindergarten. They're they're having on your
birthday, you, you, you, you take your birthday cake and you
March around the sun. You, you circle the sun.
They're literally in in indoctrinating you into these
beliefs. So it's the foundation of your
world. Because if it's the foundation
of your world, you have no foundation.
You're spinning, whirling and twirling out of control and
you'll never get a a good footing to realise where you
are. I mean, if you stand on, I don't
know, the side of a, of a, of a huge lake and it's a very still
day, that water sits dead still like it looks like a mirror.
It doesn't move at all. Yeah, yeah, it, it's it.
And at the same time, you know, and at the same time, if I fly
on an aeroplane, I often look out the window at the horizon
and it looks very straight. There's two things to that.
So let's let's talk about that. If you, if you look, if you look
out the window first, the windows curved.
All right, let me just get a balloon shot here.
So first the windows curved. So you do see a little
curvature, but you'll see that when you're sitting on the
ground. Also, when you look out, let's
say you're looking out over calm water, you're looking
straightforward. You only see a certain amount of
distance before the sky in the ground ramp together.
You, you, you see, you only see so far.
Do you understand, you know the, the limitation of your eyes
let's you see so far. So it's supposed to be 3 miles,
right? A six foot tall person shouldn't
be able to see the surface of the water beyond 3 miles.
But we, we can, we can see far, far, far, far beyond that which
is which is which is it? It falsifies the globe, but the,
the globe at the dimensions that they give us.
But when you look over at 1:00 two o'clock 3:00, you, you see
the same distance to the horizon, the, the sky will
converge. So that's creating a big circle
around you. Do you understand?
Yeah. It's create, it's creating a a
flat circle. And then your indoctrination
will tell you that that is, that is that that's.
The curvature of the Earth here. Here's an example I was looking
for. So talking and looking at the
same time. So you could say, well, that
looks really flat. But if you saw could see farther
to side and side, you are seeing in a circle because you can see
the same distance in all directions.
So I'll put a guy here, I'll put the horizon line there.
I'm going to take it out. We're going to take an A top
down view and there's his 12:00. So that distance is shorter than
those two distances. Well, his horizon is optical.
It's not a physical place, it's an optical limitation of your
eyes. So in reality, that's the
horizon that he sees in all directions the same distance.
So they'll say that's curvature, right?
So you're looking at an aeroplane, you're looking at the
horizon. You got the curved window
screwing you up. You have your range of view
that'll make you see a curve. But if you can see through that
and understand what you're seeing, you'll be like, Oh yeah,
it is flat. But it's a hard argument to get
for somebody that really thinks the Earth is a globe because
this is what they're seeing and they are seeing a curve.
And when you put a tangent line across that you it it it shows
the the curve of the horizon that you see.
You suggested that that there's something beyond the Antarctic.
So let me preface this by saying we don't know what's beyond 60°
S, right? We're only allowed to go to this
purple line, right? So we don't know what's out
here. Is there more land?
Is there more oceans? Are there are there other ponds?
We don't know, but I do like to speculate about it.
So what if the world was set up like this?
Right here we are, America, South America, Australia, right?
We live here in the middle. This would be the ice of
Antarctica, the land of Antarctica, whatever.
Antarctica could just be a couple of of continents out
here. And because the sun, our sun
that pivots in and out never gets close enough.
It's just frozen. But out here is more land.
Could be, I don't know if I had to bet on it.
I think there is more land beyond 60° SI think.
I think, you know, some people say on Flat Earth the Dome comes
down in Antarctica. Could be, don't know, right?
Or maybe there's another million miles before the Dome comes down
or more, right? Another million miles would make
a lot of room for a lot of different scenarios.
This is an old map that was found in a Buddhist temple, 10
centuries old, and it was published in 19 O7 in Hawaiian
magazine. And it's showing all these other
continents out there, right? Take that, take this map, wrap
it around a basketball, and all of this stuff out here would be
crunched up at the bottom. And they say, oh, that's
Antarctica, right? There are no pictures of
Antarctica from space, so let's let me let me pull that up.
I'll show you a view. Google anyone listening.
You could just Google Antarctica from space.
I don't use Google by the way, Dave.
OK, well, you can use whatever you want.
Antarctica. Good for you.
And that there's it's it's tough
to get good results out there. Antarctica from space.
Here we go. So this is what you get.
It's all cartoons. But but what about what about
the places that aren't cartoons on Google Earth?
They're all those pictures are taken from high flying
aeroplanes, you know, making grids across the world and
stitching them all together. Google Earth didn't add
curvature until I think 2001, right?
Google Earth was flat until 2001 where they added curvature.
Maybe it was even 2003, I'm not sure, but they take pictures.
So if you go on Google Earth, anywhere you zoom in out,
there's my house, I recognise that zoom out, there's my town,
there's everything. It's looking good.
And all of a sudden it switches to cartoons at a certain
altitude. Good cartoons like high res
cartoons, but it's you can tell it just switches to cartoons.
Wait a minute, if this is from space and they can get a zoom in
of my house, why does the interim above a certain altitude
in between the how come that has to be a cartoon?
Why is why? Why can't they zoom?
Why can't they show us the whole thing all the way in?
Because it's all fake. You said Dome.
Is that what is above us? I don't know.
But again, you know, I think that the we are contained.
I think that we are contained. So you're breathing air right
now, right? Of course, right.
And as we talked about, air has to be contained, right?
You can't bring me 5 lbs of air or helium or hydrogen without a
container. And if we, if we had a box of
air says I got a lucite box, I seal it up and then I suck all
the air out of the room. I have a box of air inside a
vacuum. I put a hole in the top, bottom
or side violently, that air is going to equalise into the room,
right? Absolutely, absolutely.
And when I'm hearing something the the air, the air will
violently seek equilibrium. But people will say, well,
gravity's holding it down to the Earth, gravity's holding the air
down. Well, I can disprove that
because was supposedly our high pressure atmosphere is adjacent
to a 17 Tor vacuum, which is an ultimate vacuum, right?
We can't even create a vacuum that's strong here on Earth
because you know that. But NASA has a vacuum chamber.
The walls are like 10 feet thick of concrete and iron and they
can't even get it to that, to a, to a full vacuum because it'll
collapse. It'll collapse on itself, right?
So I can take a straw, put it in my mouth, point it downwards
towards gravity and I could pull air and liquid up and away with
the tiny, tiny low pressure system of my mouth.
That's that, that disproves gravity holding air down.
So there has to be some sort of containment.
Is it a glass Dome? Is it a energetic Dome?
The way I look at it is there's different levels of our
existence. There's there's heavens above,
there's heavens above. And they're they're lighter
densities. We are living on this electric
plane, if you will let me show you.
We're living in, in this toroid on oops, that's not what I
wanted on this, on this plane of inertia.
That looks something like this, in my opinion.
Where the heck did it go? There it is.
It looks like something like this in my opinion.
Whoops. Why isn't that showing?
Sorry, there we go. So we live here.
This is the most dense, right? The luminaries are all up here
in the heavens above, and there's different layers of
density above us. Could be an energetic layer to
us. At this 3D dense level that we
are, it could seem solid like a bug landing on top of the water.
The surface tension seems solid to that bug.
But to us, you know, we can just go right through that surface
tension. So it might be solid to us.
Maybe it's maybe it's just energetic.
I couldn't tell you because I haven't been there.
I haven't touched it. There's lots of speculation in
my app on the and the frequently asked questions page about
Antarctica. If you go to the Antarctica
section right here, there's stuff about sky ice, which is
very, very interesting topic where people, the scientists in
Antarctica were experimenting on this blue ice, sky blue ice.
And it's so cold that they can't even transport it off Antarctica
because it disappears. It doesn't melt.
It's kind of like dry ice that goes from a solid to a gas.
But this go, this just shrinks and shrinks and shrinks until
it's gone. And it's lighter.
Yeah. And it's light.
You you look at the block and you pick it up, you're like,
whoa, it's way lighter than you would think.
They say it's frozen oxygen. I don't know.
Again, I haven't been there, but there's all sorts of interesting
information about it if you look into it.
OK, So what if I look up at night?
What am I looking at then? Great question.
So I can't tell you what you're looking at, but I can tell you
what you're not looking at. We'll get into that in a second.
So stars are, you know, our consumer optics have outgrown
their lives, right? When you look up at the stars,
where where are you located in in the States?
No, I'm in South Africa. Oh, you're in South Africa, so
when you look up, I don't know the stars that you see there.
But when you look up, there's all different stars here.
We have one here called Arcturus that we can see in the north.
And I'll talk about why you see different stars in a second.
Does that look like a burning ball of gas hundreds of
trillions of miles away? Right.
If people understood the distances that they want to tell
us that these stars are, it is absolutely, absolutely insane.
Here's 1. So let's talk about what a star
is. The closest star to Earth,
according to NASA, is. I forget the name of it but it's
4 1/2. Light year Proxima Centuria I
think. OK, it's 4 1/2 light years away,
right? 4 1/2 light years.
That's the light distance. Light takes 4 1/2 years to get
from that Stardust. 4 1/2 years at at 1100 and 86,000 miles a
second or whatever they say the speed of light is, right times 4
1/2 years. That's 25 trillion miles, right?
The closest *25 trillion miles first.
Do you know how long how big a trip 1 trillion is?
Like how long is 1 trillion seconds?
Did I ask you this last time? How long?
How long do you think 1 trillion seconds?
I don't know. If you guess it within five
days, I'll give you a Bitcoin. I don't know.
I. Can't guess that it's too big.
It's 31,000 years. OK, just let that sink in. 1
trillion seconds is 31,000 years.
So if you and I got in a spaceship and we're going to
that closest star, Elon gives us a rocket.
It goes a mile per second faster than anyone's ever gone.
We've travelling for 31,000 years.
We got to do that 24 more times before we get there.
But you know what? Elon's a good buddy of mine and
he's going to give me the rocket goes 100,000 miles an hour,
right? Awesome.
It's only going to take us 28,000 years to get there,
right? So when you start looking at the
distances they tell us things are, it doesn't make any sense.
Let's talk about the sun for a second.
The sun is 860,000 miles wide. So if you compared that to the
Earth, the sun would be a yoga ball and the Earth would be a
BB. Sound about right?
Yeah, I think so. OK, so if you were standing out
at noon and we brought the sun to one mile over your head,
you'd be standing on that BB with the yoga ball a millimetre
over your head, and you look up the entire sky would be the sun,
correct? Just for correct.
So we move it 93,000,000 miles away, or 8 light minutes, which
is 93,000,000 miles. It's now the size of a coin held
at arm's length, the same size that we see it.
You with me? Yes.
So it reduced in size that much? If we doubled the distance, do
you know how much smaller it would be?
The answer is half the height, half the width, which would be
1/4 of the size. So at double the sun's distance,
it's about the size of a pencil eraser held at arm's length.
If we doubled it again to four times, it would now be the size
of a star, pretty much. It's getting pretty small.
If we doubled it again to 8 times, it would be probably too
small to see because your eye couldn't resolve it.
So 88 times the distance times 8 light minutes, 8 * 864, we'll
call that. At a light hour, we probably
couldn't see the sun. But let's give the globe the
benefit of the doubt. Let's make it 24 light hours
away, 24 times farther. Now we can prove that the
angular size is far too small for the human eye to see, let
alone the brightness issue, which we don't even have to get
into because this debunks space. So at one light day away, we
couldn't see the sun. Well, they tell us here in the
north we can see the North Star with our naked eye, and there's
plenty of other stars that you guys you can see at distances
that'll make it even worse, worse.
But we can see with our naked eye and they tell us it's 46
times bigger than the sun. Cool.
So if I made it 46 light days away, we couldn't see it, right?
Size and variance, right? If I, if I they, they tell us
the sun is 400 times bigger than the moon and 400 times farther.
That's why they look like they're the same size.
Or maybe they're just the same size.
So if we make Polaris 46 light days away, we couldn't see it.
That's for that's not even 2 light months away.
We could not see it. It would be too small.
There's no argument. That's not a theory.
It's just a fact. But they tell us it's 433 light
years away. That's a little bit more than
two light months away. So I've falsified what they're
telling us about the stars. Our consumer optics are
completely showing us something that's not the case.
But Dave isn't isn't part of the official argument that you're
not seeing that light immediately.
You're seeing the light that existed thousands of years ago.
It took that long to arrive. Yeah, that that's what they want
to tell us, right? But as light, think about this
as light goes. You hold a flashlight right up
to your eyes. It's super bright.
Pull away. It's not that bright anymore
because the light is spreading out.
As that light spreads out, you only have the same number of
photons that left. If that's if that's the case and
that light is spreading out, getting thinner and thinner and
thinner. The analogy I give is take a
balloon and it's got like just a little air and it's not
stretched out. The rubber is the light.
You blow it up to a foot wide. It's now much thinner.
Blow it up to 10 feet wide. That rubber is getting super,
super thin. Blow it up to 100 feet wide.
Can you even see the rubber anymore?
Right, that's the light, the lights spreading out.
So the inverse square law tells us that every time you half the
distance to a light, it's 1/4 of the brightness.
Well that if you do the math on it, it's ridiculous.
Just the the math with we see the moon at let's say 1 lumen,
right? If we went to the moon, by the
time they got to 100 miles on the moon, the moon would appear
brighter than we see the sun from Earth because of the
inverse square law. Here's the problem with where
I'm going with this. Most people are just tuning out
at this point. They can't handle this amount of
thinking because they were never taught to think these things
through. And the way our mind works, germ
is everything I'm telling you. You're instantly in a, in a
microsecond, accessing everything that you were ever
told that references this and making an opinion.
Make an opinion. And the stuff that you were
told, the stuff that gets stored in your subconscious, it gets
stored as true or false. The problem is when it's taught
by a teacher under the age of seven, it's stored as true.
It's started as undeniably true. Did you know, Jerome, that I
used to be the president of the United States?
So in 5 minutes, I'm going to ask you, do you know any of the
presidents, United States? And you're going to be like,
yeah, I could probably name a dozen or five of them, whatever.
You could name a few. And David Weiss is definitely
not one of them. And that's all going to happen
in a microsecond in your head. So you remembered what I said,
but you stored it as false information.
OK, the heliocentric system and all of the nonsense with it,
they no one that none of you when I say you all of us that
you know believe into it never verified is stored as truthful
information because it was taught to us by teachers.
It was in the textbooks. Why would they lie right?
So all of that is stored and all of the foundation of our, our,
the way we see the world and the way we figure things out.
We're using false information stored as real, as true to
create our reality. And it's just false.
Everything is false, right? The the head of the CIA said in
the 1960s. He says once everything the
American people believe is false, I will know our job is
been complete, You know, and decades ago when I heard that, I
was like, not everything it is. It is practically everything.
It's incredible how fake this world is.
Conversation I was having recently with some people is the
moon and a is there an example anywhere on earth of a rock that
can shine with that much brightness and give off a
shadow? And as far as I can tell there
isn't. What is the Moon?
Yeah, What is the moon again? That's that's my friend Zack
Zambala wrote two children's books, What is the Sun and What
is the Moon? And the The thing is, we don't
know. I think the moon has to do with
delivering souls to this realm. You know, it's tied to women's
menstrual cycles. It you know, when the moon goes
into the new moon phase and nobody has ever seen it from
anywhere, from aeroplane, from the fake station, from from the
Earth infrared, no one has ever seen it.
That's impossible during a total solar eclipse where people say,
well, the the new moon is right next to the sun, so it's too
bright. Well, during a total solar
eclipse, it's blocking the whole sun, the earth shine, right?
Because we have moonshine that we can read by that'll cast our
shadow on the ground. The earthshine should light up
the moon, and it never does. No one has ever seen the moon
during an eclipse. So what is the moon?
That's a great question. You know, is it spherical?
I kind of think it is, but you can't prove that it is.
You know, I'm standing right next to this rock.
We were talking about the inverse square law of light.
Well, this rock should be so bright.
I'm standing right next to it. The sun is shining on it, right?
It should be brighter than this rock because I'm 237,000 miles
away from this rock. So this one should be thousands
of times brighter than this one. This is arguably more reflective
too, from what we've seen with the dusty dirty moon, right?
So the moon is a light in the sky.
It's a light. It behaves like a light.
It looks like a light. OK, So what do you make of this
Artemis NASA rocket launch that's about to happen?
We're just all speculating on what they're going to do.
Are they going to cancel it? Are they going to?
Is it going to be AI? Is it just, what nonsense?
Are they going to absolutely show us it's complete?
Yeah. Well, let me, let me, let me,
let me rephrase my question. All the rocket launchers
including SpaceX, etcetera, What I mean, what's going on there?
Where are those rockets going? Yeah, well, if you, if you
carefully look at any, any rocket launch, they all go right
into the into the ocean. So let me just pull this up.
I'll say rocket launch. Give me a second.
There we go. So they all go up and they curve
over and they crash out into here in America, into the
Bermuda Triangle. People say, what about the other
space agencies? You know, JAXA and RAXA and all
these other ones. Guess what?
They all train in Florida. Did you know that at NASA's
facility? All the other space agencies
train at a NASA facility in Florida.
Think they're getting their marching orders right.
Space agencies are here to keep us in our heliocentric mental
prison. So they go up and they crash
down. And then, you know, we could, we
could spend a lot of time looking, just looking at the
fakery. Verner Ron Braun, who runs NASA
in 1957 wrote a book called Project Mars about a a bunch of
people that go to populate Mars and the guy that LED the group
in the book. Elon Yeah.
And here's Elon going to Mars, right?
It's so stupid. Yeah, just a correction, Von
Braun, I don't think he ran NASA.
I think he was just the head of one one of the divisions.
OK, whatever he he was, he was put up high up in NASA.
All right. Thanks for the correction.
Yeah, let's let's just look at a couple space XI mean, I mean, if
it depends on what you with which ones you look at.
I mean, they they have all of their sex symbolism in these
rockets. You know, here is here is this
thing is going up. This is Elon's testing his Mars
rocket. Does this thing look like it's
moving? Like where is it going?
Look at the smoke coming off of it.
This thing is going up. Look at the smoke.
It's is that just floating in there?
Is it even in the sky is even real?
Like what the heck is this? Let's jump forward a little bit
here. It is falling down right some.
It's falling down right. It is falling.
It's got some smoke coming off of it and it's going to land
upright. It's going to land upright
somehow. But people did see that though,
in real life, Dave. I mean, they who?
Who saw it? Well, I don't know anyone
personally but but apparently people could go and watch.
From a distance now, so there's all sorts of trickery you can
watch from a distance. They could be shooting up
something much smaller. They go up, they curve over and
you don't get to see where it goes.
And then they then you look on TV and you're watching it go
into space, right? If you watch these rocket
landings, they always land out in the middle of the ocean on a
drone ship where with no people on them.
And then the IT always cuts out. This is a cartoon from the 60s
or 70s or a movie right of the of the landing.
And this is Elon landing and always, always cut, cut just
before it lands. It's this landed in the middle
of the ocean with these waves and winds.
This is like some serious conditions out there.
And this thing came out of space and landed on a little raft.
You can believe that upright nobody there.
By extension, what is the ISS? Israel.
Doesn't exist. Yeah, I don't, I don't believe
that there is a craft up there. Well, first space doesn't exist.
Space, space doesn't exist. The stuff that they show us from
people up there, it's all done in the Hollywood studio.
They've even been caught by saying, you know where they
were. They're like, well, we're right
here in Texas. You're like, wait a minute,
you're in Texas. You're moving 17,000 miles an
hour. How do you know you're in Texas?
I've seen some of those videos with the the hair and all that
nonsense. It just doesn't look right.
It does mean it doesn't look right or it looks absolutely
ridiculous. Absolutely ridiculous.
So let's. But now I mean, sorry, go on,
Dave. Go ahead.
No, it's going to just show you. They'll talk about this woman
here with her hair. You know, it's like, first,
would you let somebody with long hair go live up on a space
station? Look what they do for military
pilots. They shave their heads.
I mean, this stuff that's going to be floating.
People are going to be gagging on it.
Then someone's going to vomit. And then there's going to how do
you even clean that up in space? It's all, it's all just
trickery. These people, why do they have
belts in space? Are their pants going to fall
down? You've obviously been thrown
number of questions that I've asked you, but like it sounds
obvious, but what about all the satellites that that supposedly
orbit? I love the satellite question,
thanks for asking. So satellites though.
Have you ever looked up and seen a satellite?
I mean, I've seen things going across the sky at night.
That they're going too fast and so we're like those are
satellites used to be my favourite thing to do when I
when I'd go down the the Caribbean, I'd layout at night
and not like there's a satellite I'd watch it go by so cool
right. But again, this is based on we
have people don't know the angular resolution limits of
their eyes. So satellites are crashing all
over the Earth. Although this is this is this is
NASA doing a they're recovering a satellite to make a repair on
it. I mean, this is this is just
1960s nonsense cartoon, but I'm looking for I'm looking Oh yeah.
So NASA, NASA largest consumer of helium in the world launches
admits that they launched these satellites on balloons right up
to 8000 lbs. They stay up there for years and
that's interesting. And there's 10s of thousands of
them up there. So that doesn't mean that
there's not satellites, but they that's that's what any saddled
any, any satellites that we know of are hanging on balloons.
But what about Starlink? This is this is the one that
gets everybody. So a bunch of years ago when
Starlink started going up, people started seeing these
lines go across the sky. I saw it and also.
Yeah, I also saw it. Yeah, Yeah, I you also saw it,
right? So, OK, I'm just trying to make
sure I have the right graphic here.
So I saw it. Well, a Starlink satellite is
about the size of a child's school desk, and it's 350 miles
up, 3, 150 miles up. So you ever stand next to a 747?
It's huge, big plane huge, right.
There's a 747 in there. And hard to see in the picture
but you can see the shape of the aeroplane.
But can you make out the engines?
No. Probably can't, right?
That's 7 miles up, 7 can't make out the engines, right?
You can probably fit a dozen Starlink satellites inside this
engine, right? So you can't see it.
If you doubled it to 14 miles up, could you even see the
aeroplane? The answer is no, you couldn't.
350 miles up. That's when it's directly above
you. When it's over there, it's
farther, could be twice as far, and we see those going all the
way across. What are we looking at?
This right? So great question.
Did you know that that Elon bought, I hope I got this right.
I don't have the graphic in front of me.
He bought, I think his brother or somebody's biggest drone
company in the world. I think that they're drones.
I think they're just flying drones up there to make us see
these things. Now, you haven't seen that
string of satellites in a long time, right?
You saw it a couple years ago, I'm guessing?
Yeah, it was. It was years ago.
Yeah, so, so think about this. That's when they first started
putting them up. So there's very few of them.
Since then, they've put up 10s of thousands more.
We should be seeing these things every night.
Nobody's seeing them anymore, maybe once in a while.
So they did this to convince people.
Look, satellites are going up. I saw them myself.
There's nothing you can say to convince me otherwise, right?
So now they've, they've stopped with the, with the fooling that
we should be seeing multiple strings every night everywhere,
no matter where you are with the number that are up there.
So we're not seeing them. The second thing is we couldn't
see them. We falsified the fact that, you
know, whatever we're seeing is closer and smaller.
You've seen, you know, what they can do with drones making
Dragons in the sky. You think they can make a line
or a line of white lights going across the sky?
That's like the simplest, simplest thing ever.
And people are like, well, how does it go for that long?
Drones can't fly that long. OK, well, we don't know what
battery technology they have, but you know, they can launch
below. They can launch that little
satellites from aeroplanes, from the back of cargo aeroplanes.
They can. They can.
And you'll watch those things. One light will blink out and
then another light will come on and they change a little bit
right. So, but here's here's the
question. What about Starlink surface,
satellite surface that actually works right.
So the answer is I'm just trying to all right, I found it.
So when I'm when I'm on an aeroplane and I have Internet
connections, it's quite amazing. And they keep reminding me that
I'm connecting with satellites. Yes.
Yeah, so there it used to be, I connected with cell towers, but
now I'm connecting with satellites.
So here's an aeroplane, here's some, some cell towers on the
ground. And this is what used to happen.
We just, you just Daisy change just like driving down the road,
going from tower to tower to tower.
You're, you're no problem, right?
But this message pops up on my on my phone.
Let ever know via satellite. This is brainwashing, right?
So now they want me to believe and I can't even make it to
scale here. So I've got the aeroplane, I've
got the satellite and I've got the cell towers.
So they want me to believe that the aeroplane is now sending my
signal to a minimum of 350 miles up where that satellite that
doesn't have a power source that's falling around the earth,
somehow keeping up with the spiral graph, you know, motions
of the earth, and it sends my signal down to the tower below
the aeroplane. Does that make any sense to you,
Jerm? I do struggle with that.
Well, you should struggle with it because it's stupid, right?
So the aeroplane sending my signal up and then this battery
less battery, less tin can falling in space vacuum is
sending it down to a cell tower. That makes no sense.
Now I asked Chat GPTI had a great, I have a great video on
it where I said, oh, by the way, the satellite, the Starlink
receivers, if you go look up what they used in the Vietnam
War, they they talked about how the troops could connect with
these AWACS, aeroplanes, and then that would transmit back to
Washington because of the curve of the Earth, of course.
And that transmitter that the troops use is the same, it's the
same equipment as the Starlink from decades ago.
So it's the same equipment. So I said, hey, ChatGPT, if we
took Starlink satellites, instead of putting them in the
space, we put them in the belly of an aeroplane where they had
their own power source and they could be serviced anytime the
plane land if something goes wrong.
Would that work? And it said that would work
really well. The only problem is if there's a
big storm and they divert aeroplanes around the storm,
there would be no service in that area.
And So what if they put some military like AWACS, aeroplanes
above those storms that had the equipment on it.
And it said that would be a more robust, better working system
than the current Starling system.
It would certainly be cheaper and it would work better.
I can, I contend that that's what they're doing.
Last thing is that we have there's a, a guy that that lives
on an island in the South Pacific somewhere and he
recently just, you know, last few years whatever got self got
Internet service on his little island because he has Starlink
and he's the guy that tracks every military flight in the
sky. He's one of those guys that just
tracks all the aeroplanes and he said any time the last aeroplane
leaves his area he loses his Starling service.
Is that just a coincidence? So every morning I get up at
around 5:30 because I've got a I've got a little kid.
And before he gets up, I make myself some coffee and I go and
sit on my balcony and I wait for the wait for it sun to rise.
Just tell me what's going on there.
Awesome, great question. Sunrises and sunsets.
That's that's a big one. And flat earthers say that the
sun always, always rises to eye level, right.
And that's actually not true. It appears to rise to eye level.
So what is the horizon? Well, there's two horizons.
There's a physical ground horizon that well, it's the
horizon we see from the ground and then there's an atmospheric
horizon. So I'm just trying to talk and
find the kind of video I. Want well, while you, while
you're doing that, I think I know what you mean.
Because if I if if I'm in an aeroplane, I'm very high up but
the horizon is still at the same level.
The horizon appears to rise at eye level.
You get to like 4045 thousand feet.
You can see the sun far, far, far beyond where you should be
able to see it. But no one's really thinking
about this. So here we have some clouds.
Let's say these clouds are just for a number of 10,000 feet.
Well, these clouds are 10,000 feet, 10,000 feet, 10,000 feet.
They're all 10,000 feet, but they appear like they're getting
closer and closer to the horizon.
They're getting compressed due to our vision, right?
So here we have a clear sky. But even on a clear sky day, the
when you look up, you're looking through this much atmosphere,
right? But when you, if you have this
much atmosphere and you're looking across, you're looking
through an infinite amount of atmosphere.
So as we look down, it gets thicker and thicker and thicker
and it becomes opaque. So this line here, what is this
line? So let's talk about that.
So here we have clouds, and we'll put another cloud farther
in the distance and another one. You can't even see it because
it's merging with this line here.
But if I zoomed in, you'd be able to see it.
So I have the sun moving away. As it does, it just moves away.
And look, it's disappearing from the bottom up, right here.
It's disappearing from the bottom up as it's just moving
beyond the cloud. You can understand that it's
disappearing from the bottom up as it moves beyond the cloud,
beyond the cloud. But here, because you can't
resolve anything, it's moving beyond the cloud again there.
So it's just gone beyond where we, you know what we think is
the horizon. So let me let me show you.
Is this the 1:00? So we have these streetlights,
they all going into the distance and they look like they're going
down. But as we zoom in, we can bring
them back up. We know that they're all at the
same level. So here's a guy looking at the
cloud. And so we do a string from his
eye to this cloud. It goes straight up.
But as that cloud moves into the distance it gets, it'll appears
to get lower and lower and lower, right?
So now we have this cloud over here.
And if he looks over at that cloud, he sees that string
paralleling right across the water level.
He that's how he sees it. That's how he perceives it.
Now, if I put a guy underneath this cloud, so this is the cloud
in the distance, he sees that line going from a high up cloud
down to his eyes. Remember this guy sees it going
straight across same line, right?
Because he's underneath that cloud that's on his horizon.
So if the sun moves away, this guy, remember this guy's
underneath the cloud. This cloud to him is on the
horizon. So as the sun goes beyond the
cloud, he can no longer see it anymore, right?
It'll disappear from the bottom up from his point of view.
But the way he really sees it is like this is sun's going away.
He, this is his horizon here. And the sun looks to be going
below it. It's just going beyond it
beyond. Let me show you just another one
to take this home, because this is this is a really, really
important one. So here we have that's not it.
Give me a second. I'll
I'll start with this one. All right, so again, St lights
going into the distance, if we if we went another mile down the
road, look, you wouldn't be able to see that light.
It'd just be gone. It'd be beyond your horizon.
This is the sun going away and it's going beyond this
atmospheric deck of opacity. This line here could be 10,000
feet above your eye level, 10,000 feet.
So if I put a truck here, these lights are going to get blocked
by the truck and we push the truck farther and farther away.
Eventually you're not going to be able to see the truck
anymore, but the lights are still going to go beyond it.
That's what the horizon is. It's the atmospheric deck.
It could be mountains, it could be, it could be whatever that
they that it just hides it. It goes beyond it.
The horizon looks like it's at your eye level, but it's really
it's really high above your eye level.
OK. What?
So, So what you saw, what you're saying then is that in the
morning when I see the sunrise, what I'm seeing is not the sun
coming from below the earth or the earth turning to, to to see
the sun, but it's the sun coming from the distance and going over
me and going past me, behind me. Is that is that right?
Cracks here. We have a real sunset here and
we have this coin on the table. The camera's slightly below the
table and that's why the coin is disappearing.
But in the distance, the horizon, your eyes are below the
horizon. The horizon that you see is the
whole atmosphere being compressed into a line that
appears to be at your eye level. But that atmosphere could be
1020 thousand feet high. The sun is just coming from
beyond it. OK, so it's.
Just coming from beyond. It So then?
So then you're saying that the sun is circling above me?
Is that right? Yes, it circles around.
I'll show show you that in a second and.
So is the moon, and so is the moon.
Yeah, absolutely. I'll show you that in a in a in
a moment. So here, so again, perspective.
You show this picture to a child and say, what do you see?
You see a guy standing on a pier fishing.
There's boat, the sun, the clouds, there's a tree on the
left there. And you kind of see the same
thing, right? Yeah.
Is the water higher or lower than the pier?
Well, it's obviously. Think about it.
In reality, it's. Obviously.
Lower, but it's higher in the picture here, right?
It's higher, but in reality it's lower.
It's just perspective, correct? All right.
And is the sun higher than the tree or lower than the tree?
It's higher than the tree because of experience.
But it's lower in the picture due to perspective.
Yes, obviously it's slower. Where's the 50 story skyscraper
in this picture? I don't see it.
You sure we're actually looking straight up at the sun?
In New York City, you see it. OK, well played.
What? I'm sorry.
Yeah. Well, but here, no, I'm not
trying to trick you. I'm trying to show you how you
trick yourself. We we see what we're told to
believe, right? So here's the sun.
Let's say it's noon and now it's 1:00.
Is the sun below the horizon or just beyond the building?
Yeah, it's just beyond. It's just beyond the building.
So the question, the question is how?
How could we see it again? Well, you can go up in the air
or you can go backwards, maybe go across the street, maybe get
a better angle and see the sun, right?
If you went a mile away, the building would be much smaller
and you'd definitely be able to see the sun, correct?
Yeah. All right, so here's a
perspective grid, and I'm going to throw this mountain up here.
Let's say it's 3000 feet up. You got the sun up here.
The sun's going away. Did it go below the horizon or
beyond the mountain? Well, obviously it went beyond,
yeah. Beyond the mountain.
But this is how we see. That's that, that's clear.
Everyone knows that. So if I went backwards like 25
miles now, that lot, that mountain still 3000 feet above
my eye level, I have a much better view and angle to the
sun. The sun goes away.
Did it go below the mountain or beyond it?
No, it went beyond it. It went beyond it, but this is
looking like if you're a glober, this is your earth curve it gets
worse now let's add the cloud deck in here so this cloud deck
is 1015 thousand feet in the sky.
The sun is above it The sun goes beyond all of these clouds and
it goes beyond this line now what is this line this line is
the top of the mountain 3000 feet.
It's also the 10,000 feet of the atmosphere on top of that.
So we're 1315 thousand feet. This line is 13 fifteen, 20,000
feet above his eye level. But that's not how he sees it.
And the sun just goes beyond it. Here's the here's a perspective
grid, right? Here's the guy.
Is that his eye level? My bad, right?
You got a mountain 3000 feet up. You got the sun.
It goes beyond the mountain, not below the mountain, beyond the
mountain, right. If I went backwards 25 miles,
the top of this mountain is still 3000 feet above his eyes.
But there's the sun, right? Sun goes farther away, beyond or
below. It went beyond again, just like
before, nothing changes, right? Add the cloud deck in here.
These clouds are ten, 15,000 feet above the mountain.
The sun just goes beyond, and this line here becomes the
atmospheric deck of opacity and the mountain thousands and
thousands of feet above his eye level.
The sun's above that, it just goes beyond it.
OK, bye. But if the sun is circling above
Flat Earth, right, shouldn't that shouldn't that vector start
curving? Well, we're seeing a very small
area of the sun. We only see the sun.
You know, I'm here in the United States when the sun is over
California, just that little bit.
It's setting. It's it's literally almost
setting for me. All right, so we only see a tiny
little bit. And during our summer when the
sun is in here over the Tropic of Cancer, I'm going to bring
the sun in. Hold on, Where are we?
We're at January, February, March, April, May, June.
They could there, April, May, June.
So in June, the sun is all the way in here.
The sun is all the way in here. And so I can watch it rise in
the morning and I can watch it. It curves around me.
It doesn't make a straight line in the sky because it's making a
bigger curve. And I have much longer days also
because the sun is closer to me for a longer period of time.
So we have much longer, longer days and longer sunsets.
It's when it's out here in your summer that it's lower in the
sky for me, just like those St lights, a street light down the
road, that's my winter sun. It's lower in the sky.
I get less heat from it because it's farther away and it circles
around and I see it kind of do more of a straight line because
it's a, I'm seeing less of a curve.
I'm seeing more, more of a curve here.
I watch the sunrise over here and it'll wrap around me.
So you've never measured the path of the sun in the sky, but
it does curve where and we see that again, the sun is, you
know, I think that we see what's called an apparent sun, an
apparent sun. Let me just show you real quick.
What, what they, what I call that.
So the sun that we see, I remember the sun that we see in
the sky is in an apparent position.
What do I mean by that? So the apparent, apparent
position. So here we go.
So I divided my room into two parts with a sheet.
I got a light 10 feet on the other side and I have this
apparent sun. Now my wife's over here on to
the left of me and I said, hey, where do you see the sun on the
sheet? So from her point of view, let
me go back over there. She sees it right there.
So if I put a little X on the sheet with a sharpie, there
would be an X on the sheet over there.
She sees the sun over there, while I see it there.
We're seeing it in two different positions.
So everyone sees the sun in a position relative to themselves.
That's a much longer podcast. There's tonnes of videos on my
app under Where does the Sun Go section that that will show you
that learning about this it there's a the big obstacle is
people like this is the dumbest thing ever.
You know, people don't want to throw out their entire life
belief, fantasy knowledge, if you will, false knowledge.
And do we learn everything again?
It's a huge blow to the ego. And you know, most people hated
school. You hated school because you
were being taught nonsense and your soul knew it.
You don't want to relearn it again.
But once you let go, once you take the time and realise that
this is a real thing, your whole life changes life.
Actually, I've seen people come out of depression out of drug
addiction, you know, which comes from depression, usually because
they find meaning in their life again that this this is the
topic that frees your mind from the Matrix.
The Matrix is a documentary at this point and you know we're in
the middle of the movie or towards the ending credits of
the movie Idiocracy right now, the way the world is going.
So if you take the time to look into this, everything will
change. And here's how I motivate people
to take the extra time Ioffer 3 bitcoins for one globe proof.
All you have to do is get the app every day There's a featured
video right here. Watch the feature video for two
weeks. When you end up have your
coffee. When you're sitting on your deck
watching the sunrise, you watch that featured video.
At the end of two weeks, you send me one globe proof and you
win 3 bitcoins. But before you do that, you have
to hit the frequently asked questions button and make sure
that your question was not answered in here, which most of
them are. And if you do that, I'd have to
warn you, you're going to end up being a flat earther and you're
not going to get your 3 bitcoins because the Earth is not a ball
and it's provably so. And then what comes with that?
Jeremy, have you looked in? I'm sure you have the to the old
world. Have you looked into that?
A little bit. Yeah, so I even have a complete
Old World section on here. There's the incredible,
incredible stuff on here, from the giant trees to the lost
history of Flat Earth. Amazing.
If you watch that, you're finished.
It's over. There's no, there's no
recovering. But the old World, My Lunch
break. I'd say he's the top guy out
there. You can find him on YouTube, on
Rumble Everywhere, My Lunch break.
Watch a couple episodes of that and you you will never see the
world again the same way. All right, well, your website is
Flat Earth dave.com, is that right?
That is, and that's where you can get the app.
The app is $3, one time charge. There are some higher functions
on the app that you would have to subscribe to, which is $11.00
for the whole year. So what I recommended to people
is just get the app and then don't, don't subscribe until
you're ready unless you want to. But you know, people say, well,
Flat Earth is so fringe. Look at the United States.
These are people that are on the Friend Finder on my app, right?
Where you're in, you're in South Africa, right?
Yeah, we got to, we got to work on it.
We got a few people there. We're getting there, but after
this podcast, I expect to see some more, some more, some more
dots showing up there and it's amazing.
One other, one other quick thing is when you become a flat
earther, it's a it could be very lonely.
So you, if you click the heart button, that brings you to the
matchmaker and you can say, all right, I'm interested in
females, males, whatever, at whatever age group, 1000 mile
radius. And I have I, you can, you can
favourite the ones you want. So I'll just click that just to
show you. And then you can scroll and you
could meet nice people and you can message them.
You can call them on the app. You can do video calls.
I've there we go. So there's different, different
people and you just can scroll and, you know, use the message
button And people have gotten married and have had children
because of this app. So again, like minded, awake,
aware people. It's actually quite fun.
All right, David Weiss. Thank you for joining me in the
trenches. I appreciate it.
Thanks for having me on and and let's do it again.