ep. 517 - That Time a Black Hole Destroyed the Universe

You are listening to the
Primitive Intelligence podcast

episode. 5/17 that time.
A black hole destroyed the

universe.
I'm your host, Kurt, and this

week we're going to try and
figure out what Stephen?

Hawking, Mandela effects Black.
Holes in the year 2012 have in

common.
Also, welcome to the extension

of season 5 and I apologize for.
The sound of my heater in the

background it always.
Kicks on as soon.

As I start recording.
So.

When Rock when I first started
this, we'd say we'd probably do

16 episodes a season because we
figured by the time we get to

episode. 16 It would be
Thanksgiving.

Or right around there.
And then we take December.

Off and come back in January and
it never worked out.

That way and not.
Once has it worked out that way.

There's always been something
that has we've taken breaks in

the middle of the season and
then we've come back months

later and then or or extended
breaks between seasons.

So this season I decided, you
know, I'm just going to keep

going.
I'm thinking maybe this is 517.

I'm thinking maybe 520.
Don't hold me to.

That I'll let you.
Know the episode that.

I decide.
That's it for season five and

then I'll take a.
Couple weeks off and then come

back for season.
Six.

So that's the.
Plan right now, but before we

get to Season 6, before we even
start talking.

About season six, we still got.
Episodes to get through.

And this one let's find out.
How the black How a black hole

destroyed?
The universe, not not, is going

to has.
It's already happened, according

to somebody, so we're going to
get into that, the Primitive

Intelligence podcast starts.
Now. there have been several

takes on this idea.
I've heard them over the years.

Since 2012 and they always.
Involve a black hole in the end

of the world.
And and this one is no

different.
Before we get into the story,

though, there's.
Five things we have to to touch

on just so everybody knows
what's going on.

Kind of like a.
Glossary of terms we're.

Going to do first.
So first of all.

If you don't know who Stephen
Hawking was, he was an.

English theoretical physicist, a
cosmetologist.

And an author.
Who is the Director of Research

at the Center for Theoretical
Cosmology at the University of

Cambridge and.
Unfortunately, he passed away in

March of 2018.
Probably.

One of the brightest minds of
our time.

Next up, Mandela effects.
If you don't know what Mandela.

Effects are.
You might be affected by Mandela

effects, no.
So this is a.

Situation where a large group of
people believe that invent

occurred when it did not or it.
Occurred in a significantly.

Different way the term was
originated in two. 1009 by A.

Fiona Broome after she
discovered that her, along with

a bunch of other people, could
swear to.

God, that Nelson Mandela had
died in the 1980s.

When he actually died in 2013,
that was.

One of the that's.
One that got me.

I always thought he.
Died earlier but.

Mandela Effect the next thing we
got to keep in mind.

For the story Black Holes, you
should know what a black hole

is, but it is a region of space
where gravity is so strong.

That nothing can escape.
It not even light.

And this is because.
A black hole is so.

Packed with matter, it's.
So.

Dense that the.
Forms space.

Time and this isn't?
Like science fiction, this is

real.
These things actually exist.

That's crazy.
It's not even the bad guy.

Of the story.
Next up, we've got the Higgs

boson in the Higgs.
Field the Higgs.

Boson is the fundamental.
Particle associated with the

Higgs field.
It.

The field itself.
Gives mass to other.

Fundamental particles such as
electrons and quarks.

In a particle's.
Mass determines how much it

resists.
Changing speed or position?

When it encounters a force.
Which is an interesting.

Way of describing mass.
But yeah, so everything that has

mass has.
The Higgs field to.

Thank for it and then on to the.
Year 2012.

Not the movie 20. 12 but the
year 2012 if you weren't alive?

Back then, boy, did you miss a
good one.

There was all kinds of crazy.
Stuff going.

And there was.
There was probably 3 different

end of the world scenarios, the
biggest of which was the Mayan

calendar which it's cycles.
Ended in 2012.

And this LED a lot of people
believe that it was the end of

the world.
There was also the belief the

the magnetic poles are going to
shift and there there's a couple

other ones that there's the
world ended a lot in. 2012 but

also.
After 2012.

People were so convinced that
the world was going to end then.

That they just assigned the
ending to the world there and

blamed on the black hole.
And that's what we're going to

talk.
About so last night I'm.

I have some ideas.
On what I want to do the

episode.
On but I start watching reels.

And I'll get sucked into those
things.

Sometimes, especially.
When the algorithm starts, put

me on those crazy stories and
I'm just like, I keep on

watching them.
Keep on watching them.

Because they're fun, but I come
across.

This one and the.
Title of it is You Are Not

Alive.
And it's by this guy Matt.

Welland I guess we'll call him a
creator.

So after I watch this reel, I
went.

And looked at some of his other
stuff.

And he has a lot of what I would
say are seemingly misleading

reels about Strange.
And pseudo news and these things

are dangerous.
I don't know that this guy is

doing it intentionally because.
He's just trying to.

Get views.
Which is what I would assume, or

if he's just he really believes.
The stuff that he's.

Saying, but there's there's very
little research.

Done.
And that's why.

These are so dangerous there's
there's a.

Pattern and it's not just him,
but it's as I watch things and I

come across things online.
There's there's a pattern.

And if if I don't know
something, I'll come out and

I'll say I don't know, I'm.
I'm going to talk about it

because I think it's an
interesting topic, but I know a

little about it.
I'll give the information I have

and and that's.
How I'll present it, I won't.

Try to come to you and say this
is these are the facts and this

is what's going to happen I want
to give you.

Multiple sides of the story.
Because this is entertainment,

right?
It's an entertainment.

Podcast.
I try to be entertaining.

But I want to have interesting
topics I don't want to just talk

about influencing in.
Products and stuff like.

That I want to talk about fun
stuff.

We'll talk about things that
make you think.

So the formula, these kind of
creators.

Use is they will.
Take some real information, like

real.
Names actual.

People.
Actual places.

Actual events.
But they will get details

horribly wrong, or they'll get
them close enough that it

sounds.
Right.

And then they'll.
Treat them as the truth.

And they'll they'll say it in
such a convincing manner that

bam.
People believe it but.

And this is just the way I I've
always been when.

I hear someone talk about.
Specific.

Things and they're specific.
I want to research those.

Like.
What I'm seeing is true.

I want to know, I want to go see
if I can find that information

and a lot of times.
I'll see.

Clips I've been seeing some that
are like.

Joe Rogan Clips of him reading
news stories, but I think.

Someone's using AI to fake his
voice.

Because I can never.
Find these clips that.

He's done and it's always some.
Weird story.

That's I've never.
Heard of before?

And it's it might be something
he would do, but it.

It's not really and and that's.
I mean, I I've talked about AI

in previous episodes and how now
that could be dangerous with

things like that.
But if you can put.

These guys put a little bit of
credibility.

On like I said, the names or the
places.

Or or the voice.
That's being used and.

It generates a little just.
Enough.

Trust with a person.
Watching it if you're not

thinking.
Too much about it that.

And.
That you you just kind of follow

along?
And maybe that's the point,

maybe they they think well at
some point.

You're going to be scrolling
through so many.

Of these things.
That you're just going to be

susceptible to you?
Can be open minded to whatever.

You see?
And you somebody's going to say

something like, oh wow, that's,
that's, that's.

Crazy how true that is.
It might not necessarily be

true.
So this reel you are not alive.

It starts with a warning and he
says.

If.
If this is about.

The end of the world.
It's the scariest thing you're

going to ever hear.
You're not going to be able to

sleep tonight.
If if it scares you, keep

scrolling now.
I will.

Put a link to this in in the
bottom in the show.

Notes So if you want to go,
watch it.

Go ahead.
It's good for entertainment,

but.
It's it's very click.

Baity, I would say.
So yeah, if you if you're

scared, keep scrolling.
Otherwise, here we go, he starts

off by saying.
That Stephen Hawking, Famously.

Said if scientists find the.
Higgs boson It could.

Suck our entire.
Universe into some kind of a.

Black hole effectively.
Ending life as we know it.

However, if we.
Did get sucked.

Into a black hole, we wouldn't
actually realize it, because it

would.
Happen so quick, he then jumps

onto Mandela.
Effects occur because we're in

another reality, or there's a
bleed through a reality, or

we're inside a black hole.
And then he sites.

A couple of these.
Mandela effects he mentions.

The world has seemed.
Different since 2012.

He mentions the pandemic.
I don't think that could be

caught.
By a black hole.

But you you never know.
His.

Explanation for all this is that
we are inside of a black hole

caused by the discovery of the
Higgs.

Boson and are now living in a
simulation.

So let's look at these these
talking points he has.

Now the first thing is as.
Soon as you mention.

A actual person who is even.
Relatively popular.

I mean, Stephen, Stephen Hawking
was.

Extremely popular.
You know, he a lot of stuff.

That, he said, was recorded.
So when you were going to claim

that?
He has famously been quoted as

saying something.
That had better be.

A damn easy thing to find, and
it was not.

So I did some searching and
Stephen Hawking did discuss the

Higgs boson in kind of the
fashion he's talking about.

But.
He never said, as far as I can

tell.
He never said that it would

cause a black hole or could
cause a black hole.

But he did mention the idea that
it the Higgs boson could create

a vacuum bubble that would.
Spread very rapidly.

Well, the vacuum bubble's not a
black hole, but I guess if

you're if you hear vacuum.
And.

Which is a lack.
Of anything and then.

Black which is lack of color.
And then hole.

And sphere and bubble.
I don't know.

I don't know how he made that
connection.

But the the words.
Higgs Boson and.

Black hole were never uttered.
By Stephen Hawking.

Now on to the Mandela effects
that he mentions.

He he talks about Curious George
and does Curious George have a

tail or no?
And some people.

Remember Curious Church?
Having a tail.

And now he doesn't.
And that's another fun thing

that you can.
There's a lot of things that you

can think.
Back and be like oh did.

Was Was it this or was?
It that but the the key.

One that he focuses on is he
talks about this painting of the

Statue of Liberty from way back
when, and it shows.

The Statue of Liberty.
On Ellis Island, he says he

claims it shows on Ellis Island
and he says but it's not on

Ellis Island.
Now here's the Here's the catch.

On this.
The Statue of Liberty.

Has never been on Ellis Island.
It is near Ellis Island, but it

has always been.
On Liberty Island and the reason

why the Statue of Liberty in
Ellis Island are so closely.

Connected is because it.
Is one of the first.

Things that new immigrants to
the country when?

Ellis Island was still in
operation.

It's one of the first things.
That they would see.

They would go right past it on
their way to Ellis Island.

It was never.
On Ellis Island has always been

a Liberty Island.
But the painting he shows?

Is the Statue of Liberty on the
island?

It's on now it's.
Just from a weird.

Angle So to me, Mandela effects
are fun.

But there's a big problem.
With them and I.

I I want to cover some at some
point, just because they.

Are fun but.
Have you when you were a?

Kid.
And you're in school.

Did you ever play the telephone?
Game.

Or the Telegraph game where the
the the teacher or one person

would whisper a a phrase to the
first person in line there'd.

Be a bunch of.
People standing in line front to

back.
And would whisper.

Something to the first person
and then they would turn and

whisper it to the next person.
And on down the line, and by the

time it gets to the end, it's a
completely different.

Phrase.
And the reason for that is the

human brain has a really good
capacity for memory, but our

memory, our memory recall.
Sucks, even short term.

Especially short term, but.
In the long term.

We remember things a certain
way.

We get confirmation.
Bias we.

Think we heard something we say
in our heads so often.

A A good.
Example is that as I remember

when I when I was a.
Kid.

There's always T-shirts that
said.

Beam me up, Scotty.
Like Star Trek shirts.

Beam me up, Scotty.
It was never said.

Kirk never said that.
It's never uttered in in the

beam me up.
Was uttered was said.

But not beam me up, Scotty.
Kirk never said that, but

because there was merchandise
that said it.

People took it as gospel, so
Mandela effects are interesting,

but I don't think you can base
your.

Conclusion for the end of the
world.

On Mandela effects.
There's this too many problems

with the human brain and memory
recall.

That make me not want to use
that as anything other than a

fun topic.
So true, we would be sucked into

a black hole pretty quickly.
But I don't think it would

happen the way he seems to think
it would.

He.
He.

Appears to have a very Hollywood
idea of what would.

Happen if he got sucked.
Into a black hole like we would

get pulled in and shrunk.
Down.

Like everything would get
compressed, we just get

miniaturized and put into a
black hole.

And then somehow that would be
a.

Simulation or that we would get.
Pulled in and digitized and

either.
The black hole is a simulation.

Or it sucks us into a simulation
somehow, but that?

We wouldn't get shrunk or.
Digitized when things.

Get pulled into a black hole,
they go through a process and.

We would be no different.
A process called

spaghettification.
And it is as.

Horrific.
As it sounds now.

The gravity.
That's associated.

With a black hole is so strong,
like I said earlier that not

even light light.
That's made of photons which

have no mass, can't escape.
A black hole that's strong

gravity and I don't.
Know if it's an exponential

curve, but.
The closer you get to a black

hole, the stronger the pull of
gravity is.

And not.
Like if you're. 10 feet away.

It's a little bit stronger than
if you're. 20 feet away I.

Mean like the gravity is
extreme.

If you're looking at a black
hole, the gravity on.

The.
Outside of your nostril.

Is.
Like orders of magnitude higher

than the gravity.
On the inside.

Of your nostril like that.
We're talking that kind of

gradient.
So if you were falling in feet

first, the gravity at your feet
would be so much stronger than

at your head.
Your body would be pulled.

Apart atom by atom.
Molecule by molecule into a

stream.
Of atoms that get sucked in and

then those atoms get.
Crushed.

You don't recover from that.
You're not going to pop out on

the other.
Side in a Disney.

Movie It's not part of the
Marvel Universe.

You're not.
It's not like Tron.

You don't get sucked.
Through to another dimension as

far as we.
Know and maybe do but, and I

don't, I don't think so.
You just get crushed if you have

any.
Doubts about how scary a black

hole is.
NASA was.

Able to get data from
observations.

And turn that data into the
sound.

Of the black hole makes.
I'm going to play this through

this is.
The sound of a black hole is

that.
Is that something you want to

fall into?
It sounds like that.

That's that's not something I I
want to mess with.

There's very little that we've.
Witnessed as.

On a black hole.
That would indicate that you.

Would survive that, or any part
of you would survive that.

Now there was a black hole that.
Was witnessed I think in 2018 or

the 2018 I think.
They witnessed this black hole.

And they they've now that they
know how to spot them, they can

spot they know where.
They are.

In space, with telescopes, they
can look at them and they they

see.
This black hole consuming a

star, it's just devouring it and
it it generates this large

amount of light.
And that's.

They don't actually see the
black hole, but they see the

destruction that's causing.
So they they.

Have seen this?
Before it consumes.

This star and then.
They kind of forget about it.

Oh well, that's just a normal
black hole doing.

It's a normal thing three years
later.

It lights back up.
And for some reason that we

don't understand, it spit out a
bunch of the star after three

years.
So either it never.

Got completely.
Into the black hole, and the

black hole was obscuring.
The, the, the matter.

Of the the star that.
Didn't get pulled in and then

somehow it it got too.
Close and it reignite it or

something they don't.
Understand how that happened,

but.
Generally speaking, you're not

coming back out of black hole.
It's it's not a wormhole, I

don't think.
I don't think it goes to another

spot, although we don't really
know.

I guess it could, but.
The chance of you?

Surviving it and experiencing A
simulation inside.

Of the black hole I I don't
think.

It's going to happen now.
We don't understand the

consciousness.
We don't understand if.

It's generated by the human
brain, or if it's non local and

the brain is a receiver.
But either way, I don't think

there'd be anything left to
either generate or receive the.

Consciousness, so I don't think.
We'd actually survive that.

Now.
There's several variations of

this concept stating that black
hole would be created.

By the scientists at.
CERN or scientists?

At A at a.
Particle Collider like CERN.

And now what a.
CERN is the Large Hadron

Collider.
And and what that does now I'm

I'm not a a physicist so I'm
this is.

Going to.
Be very lame in.

Terms so if I get some of this
wrong please be kind.

But it's a a.
Large structure and I I believe

it's underground with these
large hoop like tunnels like

giant.
Loops and there's.

At the at least.
Two.

And what they do is they take.
Electrons, I believe, and they

they fire.
Them into these tubes and they

use magnets.
Again, I.

Believe a magnetic field to
increase the speed.

And in one loop they send them
clockwise and the other loop

they send them counterclockwise.
And when they reach their.

At maximum speed, they open a
junction between the two.

And they fire them at each other
and then they collide and.

Then all kinds of sciency stuff
happens and they use machines

and sensors to see what's going
on and the.

People have this fear that that
collision of these particles.

Is going to somehow.
Create a black hole to give you

an example of what it would take
to create a black hole because

it's hard to to picture this.
At an atomic.

Level at a particle level but
there is a there is a a ratio

that they.
Use that dictates.

How compressed something?
Needs to become.

To generate a singularity, to
generate a black hole, and

theoretically.
Any amount of mass.

You can create a black hole.
So yes, a particle could create

a black hole.
But give you an idea.

If you took the earth, right,
this thing that we're on.

And you you take that and you
compress it down so that it is.

About oh. .6 inches diameter.
It would need to be smaller

than.
That that's a threshold.

You go a little bit smaller than
that, it's gonna create a black

hole.
The entire Earth in something

the size of.
Oh, between a nickel and 1/4.

So in order to generate a black
hole with particles, it would be

so.
Small.

It would be what they call a
quantum black hole or mini black

hole, which.
Doesn't have enough mass.

Especially in the presence of
the gravity.

Of something more massive.
Like the Earth.

It doesn't have enough mass to
sustain itself and it.

Evaporates pretty quickly, so.
I don't know if they've created

them.
At CERN or in any a particle

accelerator.
But they're not worried about

it.
And they're they.

Actually, I know they.
It's something that they want to

study because it would give them
a lot of answers.

About how?
Time and space and all this

stuff intertwine.
So the black hole being

generated by CERN.
Not so much of A.

Of a concern, black holes, maybe
little, little tiny ones, but

they would evaporate now in
2012.

They did.
Discover the Higgs boson.

But keep in mind.
Discovery doesn't change the.

State of the matter, right?
So just because you you see

something that you previously
didn't know exist, it doesn't

mean it's going to change into
something else.

I think of it this way if you
have, if you've ever.

Had a a glass of orange juice
and then next to it is a glass

of milk and you you pick up the
what you think is orange juice

but it's the milk.
Right.

So you pick up the milk,
thinking it's orange.

Juice.
You take a swig.

It doesn't.
Instantly change into orange

juice does it.
You think there's something

completely wrong because of the.
You're expecting one flavor and

you get.
Something different, right?

So.
You discovered there's milk in

your glass and not orange juice.
It doesn't turn it into orange.

Juice So.
Discovering A Higgs Boson?

It doesn't change what it is.
It's not like.

It was created.
We didn't create the Higgs

boson.
It's we did.

We found it in its.
Natural state.

Now the problem becomes.
Is that the Higgs boson has the

nickname of the God.
Particle.

And I forget how it got that
moniker.

I think it had.
To do with because it it imparts

mass to matter and it's like
this unifying field, it's.

It's everywhere, people just.
Assumed it was the the thing

that.
Creates all things and it it

really isn't, but.
It got this this name.

Of the God particle.
Physicists don't like using it.

It's the Higgs boson.
Because it's it's not.

A God particle but.
It's that's what it was known,

but it got that kind of this.
All important name.

It was.
Discovered in 2012 and all these

things were.
Supposed to happen all?

The end of the world, The end of
the mine calendar.

The the poles shifting the the
giant.

Floods that.
All of that stuff.

And BAM.
People think black hole

destroyed us all.
So this this.

The real This idea that a black
hole would have destroyed

destroyed us back in 2012 and
we're living in simulation?

Not very likely.
Maybe we are living in the

simulation we've already.
Done an episode on that.

And I believe that's possible.
But not this way we we would.

Not There's nothing that would
survive for us to be a

simulation if the world ended in
2012.

We'd have to.
Have been pulled out of reality

prior to that black hole.
Sucking us into it and put into.

A computer, but that.
Wouldn't mean that we.

Are in a simulation inside a
black hole, so a lot of things

have to go right.
So.

There's nothing to fear, right?
Right.

Introducing the Higgs boson
Doomsday.

This is an.
Actual thing now.

I'm not going to pretend I I
know.

What a lot of this means.
So I'm just going to give you

the information as as I found
it.

And we will learn together, they
were able.

To determine the mass of Higgs
boson and it turns.

Out to be 126.
Times the mass of a.

Proton.
And you think, well, that's

what.
The yay, who cares?

This turns out to be the.
Precise mass needed.

To keep the universe on the
brink of.

Instability physicists.
Believe that the this delicate

state that.
The Higgs boson is.

Will eventually collapse and the
universe.

Itself could become unstable and
this conclusion is it involves

that.
Higgs field because the Higgs

bosons are part of the Higgs
field.

So the Higgs field existed since
the beginning.

Of the universe.
It acts as its.

Own energy source, so as soon
as.

It came into existence.
It was.

It's been powering itself and
physicists believe that it may

be fluctuating in its state of
of, of.

Power to find a balance between
field strength and required.

Energy to maintain that field
so.

Sometimes it's a little higher,
sometimes it's a little lower

and like matter.
It can exist in two states so.

Right now, currently, it appears
to be sitting in a very low

state of energy.
And the problem is, it can.

Sit at this very.
High state of energy, and if it

gets that maximum state of
energy, it could.

Potentially destroy the
universe, because remember, this

field is everywhere.
And it imparts mass to matter.

So if this Higgs.
Field goes haywire.

And it starts changing the the
physics of mass and matter.

You can imagine that would.
Cause some problems.

They do say this happened, this
seems.

Unlikely to happen anytime.
Soon but.

There's always a but.
Isn't there?

There could be something called
a quantum fluctuation now.

Quantum physics I've touched.
In this early in the year, I

know very little about it.
I've got.

Some ideas, but quantum
mechanics?

Quantum physics?
That's quantum mechanics and

quantum physics.
Are so out there.

That you any any idea?
You could have is probably right

so.
I have no, no.

Base of reference for this but.
They say that a.

Quantum fluctuation could cause
what's?

Known as quantum tunneling, so
this this low.

Energy state and this high.
Energy state if if you're

picturing it in your mind and
you picture.

It as a wave and and right now
we're currently in the low.

State and that high state is the
top of the wave and it's if it

if it can as they.
Say in this is this article chug

up the hill?
To that high state what it could

cause the destruction of the
universe but this quantum?

Tunneling if this fluctuation.
Happens it can.

Actually push.
The energy state.

Through the wave to the other.
Side and then.

There could be a lower energy.
State on the other side so.

What we think is the low state
now if it gets through this

wave, it could be a lower state.
On the other side and bad news

this.
Could create or most likely

would create a vacuum bubble.
Good news.

We won't be the cause of it.
It won't be anything we do that

causes this to happen.
Bad news, it's.

Just going to randomly.
Happen at some point in the open

space.
Good news.

Chances of it happening near.
Us in our vicinity.

Really slim.
Bad news.

Once it starts, it won't stop
until.

It equalizes the universe.
Worst news the The vacuum bubble

is actually.
Bad news.

And the worst news the bubble
would form.

And begin expanding immediately.
At the speed of light, the

strength of the inner.
Field the, the, the.

The strength.
Of the.

Higgs field.
Inside the bubble is even.

Slightly more energetic.
Than the Higgs.

Field on the outside.
It could shrink.

Atoms disintegrate atomic
nuclei.

And make it so that.
Hydrogen would be the only

element that could exist.
That's the best case.

Scenario when this happens.
Is that it just becomes a

hydrogen.
Universe.

Even worse news, this may have
already started somewhere in the

universe and we would never
know.

So somewhere in the universe
there.

Could be a Higgs.
Field Vacuum bubble.

Expanding at the speed.
Of light wiping.

Out everything in its path,
turning it in hydrogen.

Or worse.
But this all hinges.

On our current knowledge of the
universe.

And it doesn't account.
For an equalizing force to the

Higgs field, the calculations
about the Higgs field and Higgs

boson.
Could be wrong due.

To lack of knowledge due to
lacking information because we

don't know.
What we don't know, we only know

what we what we can observe.
There's.

Things in the universe that.
We don't know and we don't know

what?
Those are so we don't.

Know what?
We don't know.

How many times can I say we
don't know.

We just don't know.
Now the idea of.

Supersymmetry shows us that
everything has an opposite.

Particle the Higgs boson should
be no different meaning.

It should also have.
An anti Higgs boson, meaning

there would be an anti Higgs.
Field, which means we're safe,

right?
You can let me know by

contacting the show.
At podcast at Primitive

Intelligence.
Dot com You can leave a comment

in the video if.
You're watching.

YouTube and voice notes on.
Spotify.

All that fun.
Stuff.

I don't.
Mean to leave you hanging on

this?
One, but that is literally the

end of the science.
It's just up.

In the air it's it could.
Kill us or there's something.

That's going to save us.
It's like a bad sci-fi movie,

but it's it's.
It's reality.

Thank you for joining me today
and listen to me talk.

About stuff I know.
Very little about the The

reality on this one is actually
scarier than the meme.

I I really hope that we create a
black hole and.

Not a Higgs boson vacuum bubble.
That thing is terrifying.

I really do appreciate you
listening all the way through.

This has been the primitive.
Intelligence Podcast.

That's all I've got for this
episode.

Enjoy the rest of your week.
See ya.