All language subtitles for Cosmic Disclosure S2E10 Conquering the Solar System

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>>DAVID WILCOCK: Welcome
to "Cosmic Disclosure."

I'm your host, David Wilcock.

And we are exploring the
fascinating testimony

of an insider named Corey Goode.

Thank you for being on our show.

>>COREY GOODE: Thank you.

>>DAVID: So when
we last left off,

we were talking about the ICC,
or Interplanetary Corporate

Conglomerate, as they're called,
using the industrial power

of the military and corporate
might of the United States

post World War II to
create a massive expansion.

Now, you said that there was
a seed base on the moon that

was small, that was built by the
Germans, that was then expanded

quite considerably by the ICC.

And you also said that there
were many failed attempts

at bases on Mars, and then
certain bases actually

stuck and were able
to stick around.

And then those
also got built out.

>>GOODE: Correct.

>>DAVID: OK, so how many of
the seed bases lasted on Mars?

And where were they?

>>GOODE: The first couple
of German seed colonies

that actually made it on
Mars were within the first 20

degrees of the polar regions.

There was one in particular
that the ICC used

to expand and build off of.

And this one was somewhat
in a canyon area,

into the side of a
canyon, and advanced in

and was under the surface
of Mars, not on the surface.

>>DAVID: And you said that the
some of how they hollowed out

more space inside the Earth
was with these what I was told

were called Fifth Gen type
nukes, where they just

create a big, sudden
explosion with no lingering

radioactivity?

>>GOODE: Yes.

>>DAVID: The one they
became the mainstay,

was it in the northern
or southern hemisphere?

>>GOODE: The northern
hemisphere was

where the first main base
that was a German name,

in the beginning which
was built, was built out.

>>DAVID: OK.

>>GOODE: And it was
built out in a huge way.

It was built out to contain
a large amount of engineers

and scientists.

And also, a little ways
away an industrial complex

was built where they were
going to start producing

I guess the items
that they needed,

technology that they needed,
that came from raw materials

they mined on Mars, moons,
and in the asteroid belt.

They took these raw
materials, turned them

into usable materials,
and even composites,

and created what they needed
in these rather small plants

in the beginning.

>>DAVID: So what was
considered to be the desired

technology that they
were building out there

in the beginning?

What was their initial attempt?

What did they want to make?

>>GOODE: They were building what
was needed to expand on Mars.

>>DAVID: OK.

>>GOODE: So in the
beginning, they

were just building what
was needed to expand

their infrastructure on Mars.

>>DAVID: So are they
building materials

on Mars out of local stuff,
like you said before,

involving the Kevlar bags
and then making concrete out

of local earth from
the Mars sphere?

What was the building technique?

You said that these
industrial facilities they had

were building the
things they needed.

>>GOODE: Yes, they
were building--

the raw materials were coming
from mining that was going on

on Mars, on various moons,
and the asteroid belt.

These raw materials were taken
to the Mars' industrial areas

further away from the
colonies and converted

into usable materials,
whether they be melted down

into certain metals that
were put into dyes or forms

or converted into
composite materials.

>>DAVID: Well, you're touching
on an interesting thing

now because you're describing
mining that's not just

happening on the moon or Mars.

So we haven't really
gotten into yet the scope

of-- I would guess
there would have

to be some kind of facilities
built to mine on these moons

or asteroids or wherever.

>>GOODE: Some of these asteroids
are incredibly huge to where

there are three- to four-man
teams that live there on these

asteroids and operate--

>>DAVID: Three or four people?

>>GOODE: Three or four people.

And they operate these
mining facilities.

A lot of it's done
robotically and remotely

through remote machines.

The raw materials are then
put into these large freighter

craft and then flown back to
the planet Mars to the facility

that it needs to go to.

And then the raw
materials are taken out

of these freighter
craft and then converted

into the materials
that are needed.

>>DAVID: You said in
a previous episode

that the Germans had
discovered, through

extraterrestrial assistance,
these spherical, natural

portals they could
use to teleport

even something as big
as a battleship to Mars

or elsewhere.

Are there such natural
portals available to them

on these asteroids
or on the moons?

Or why would they have
to use a shuttle craft,

is really what I'm saying.

>>GOODE: It's just
more practical for them

to transport these materials
in these large freighter craft

to and from the asteroid
belt and this moons

to these locations.

>>DAVID: If we saw one
of these freighter craft,

what would it look like?

>>GOODE: It's almost like
a super large shipping

container with small
little wings on each side

that just barely jet out.

The wings don't look
like they're large enough

to use the Bernoulli
principle to give them

flight in an atmosphere,
but there's wings on them

nevertheless, real small.

And the front has
about a 45-degree angle

where the cockpit is.

And the back part is basically
like a big-rig or a shipping

container.

That part is detachable.

But I've never seen it detached.

I've only seen them attached
and coming and going.

>>DAVID: You said that
the original German craft

were using this mercury
propulsion system, rotating

mercury.

What is the power source for
a craft like these shipping

containers?

Are they still using the
mercury at this point?

Or have they gotten in a more
advanced propulsion system?

>>GOODE: They're using more
advanced propulsion systems,

and there's different types
of propulsion systems.

There are the torsion
systems, which lot of people

call warp drives.

>>DAVID: People in the program
actually say it's a warp drive?

Or you're just
saying lay persons?

>>GOODE: We would
consider it warp drive.

It creates a torsion field.

You have like the engine
here, and on either side,

you have a torsion coming
from the center of the device

on out.

>>DAVID: The field?

>>GOODE: The field,
the torsion field.

And then they control
how much energy

is going into the torsion,
the field on either side.

And it causes the
space time to twist,

causing it to be
pulled in one direction

or pulled in another
direction because of basically

like the warp drive that
they've depicted on Star Trek.

And there are--

>>DAVID: So it's
almost like it's

creating a hill in space
time that it's falling

into as it goes forward.

>>GOODE: Right.

And there are
temporal jump drives

that are extremely advanced.

They had to place buffers
on these temporal drives

so people weren't jumping
back and forth in space

time in our local area.

>>DAVID: Meaning time travel.

>>GOODE: Right.

And it works almost
like teleportation.

It's instantaneous.

>>DAVID: So what was your
understanding of time

as it was presented to you?

Did they explain
the discrepancies

between the physics
of time, like Einstein

saying it's one-dimensional,
and it only moves forward?

>>GOODE: Yeah.

Basically they showed one
of Einstein's equations--

he had things close.

He just needed to flip
one equation over here.

His later things that were
suppressed, he had even closer.

But the physics that are being
pushed on us are archaic.

If we compare it
to medical terms,

it's like if you have a
fever, let's cut you and let

you do bloodletting.

It's that far backwards
in the way of thinking.

>>DAVID: All right, let's stick
with the drives for a minute.

So you have the space time,
like the squeezing the pumpkin

seed out your fingers
kind of thing,

where it's falling into
the hole that it creates.

>>GOODE: Yeah, the torsion.

>>DAVID: Torsion drive.

Then you have this
temporal drive,

where you could
actually travel in time,

but you say they
put buffers on it.

And why did they
need the buffers?

>>GOODE: Well, to prevent
people from doing it on purpose,

and also there are accidents.

They actually had developed
a communication device,

and it was actually based on
something that you mentioned

earlier, quantum entanglement.

>>DAVID: Right.

>>GOODE: And each
of these devices,

they would take an isotope that
they were quantum entangled.

>>DAVID: Right.

>>GOODE: And these devices,
you would speak in one,

and they also had video.

And there was no signal
being sent between them.

They were completely
secure and unhackable.

>>DAVID: Right.

>>GOODE: And they called
them quantum correlating

communication devices.

And these were in vessels.

And if a person had
a bad jump and ended

up somewhere or some
time they shouldn't be,

the two isotopes would
be out of harmony,

I think they called it, for a
certain amount of nanoseconds.

And they were able to
calculate when and where

the person or the
other device was

by calculating how long it took
the vibrations to come back

into harmony.

>>DAVID: So could you talk to
somebody in a different time

by quantum entanglement?

>>GOODE: Mm-hmm.

>>DAVID: Really?

Wow.

>>GOODE: Anything that's
quantum entangled, no matter

how far you separate them
in dimension, reality, time,

space, they stay entangled.

>>DAVID: And by like the
Doppler effect, the lag time,

you can calculate space
and time coordinates

of where that person
ended up falling into?

>>GOODE: Exactly.

>>DAVID: Did you
experience time paradoxes,

like that kind of thing?

Is that part of why they don't
want people jumping back?

Can they mess with
our timeline somehow?

>>GOODE: There were
a lot of experiments

of people going back in
time and doing experiments.

And they were saying,
oh, we've created

all these divergent timelines.

And then they were sending teams
going back trying to fix them

and making things worse
and worse and worse.

And finally, they realized
that time is like space.

It's elastic.

And all these paradoxes
all collapse and go back

into a singularity.

And that our consciousness
controls these timelines,

has an effect on these
timelines as well

and which timeline
we're going to be--

we choose which timeline we're
going to be in consciously.

>>DAVID: Let's just
get back to what

we're trying to cover in
this episode for now, which

is some of the people are
traveling in temporal drives,

and there's build-outs of
colonies in our solar system.

So if we look at
the history, you've

got the moon first, then Mars.

How soon after they got to Mars
and they got successful, stable

encampments did they
start building facilities

on asteroids or other moons?

>>GOODE: Almost immediately.

>>DAVID: Really?

>>GOODE: Yeah, the Germans
had already started

mining certain asteroids.

And this is one of the reasons
the ICC wanted to go out there.

They heard there were
asteroids out there

that had platinum and gold.

And the talk down here
on Earth about there

being a discrepancy in
gold, gold being rare,

silver being rare, that
is a total manipulation.

I mean, just on
Earth the syndicates

have hidden a bunch of gold.

>>DAVID: Right.

>>GOODE: There's tons of gold.

And the gold that
they're finding

in these asteroid
belts, atomically you

look at Earth gold and this
gold, they're the same.

They don't have a different
atomic structures.

It's gold.

So there is plenty of
gold in the solar system

and so many tons of gold
and platinum and silver

and other elements
in the asteroid belt.

>>DAVID: Could you actually
find entire asteroids

that are just like a piece
of gold or a piece of silver?

>>GOODE: Well, I wouldn't
say that they're entirely

a big nugget of gold
but are very much gold.

It doesn't take a
whole lot of refining

to separate the gold
from the bedrock,

or what used to be
bedrock, that it's in.

>>DAVID: Well, I would
think if they wanted

to wrangle an
asteroid like that,

you'd need a pretty big craft.

So what were the
original sizes of craft

that the Germans
were using as they

made this expansion outward?

>>GOODE: Small.

They were flying to these
large-- I mean, picture

this huge asteroid and
these little bitty craft.

They're landing on
these asteroids,

and then they're setting up
mining facilities and slowly

digging further and
further and further

and further in to
these asteroids

to where they're getting
more and more hollowed out.

Well, these asteroids
are constantly

being hit by smaller asteroids
and this kind of thing.

Well, you have safer
working conditions inside.

So most of what's going on is
further inside the asteroid.

And once they had gathered a
certain amount of raw material,

whether it be gold or platinum
or any of these other things,

it would be put it into
these large container craft

and then flown to
its destination

to be changed into
usable materials.

>>DAVID: When I was
talking to Pete Peterson,

he described the really
interesting properties

of a metal called bismuth.

And he said that you could
extract it into a very, very

long wire and then make
a coil with bismuth

and run electrical
current through it,

and you get all kinds of
weird stuff start to happen.

>>GOODE: Yeah, I
believe that that is

what is used in the Gauss guns.

>>DAVID: What's
Gauss-- Gausskin?

>>GOODE: Guns, the weapons that
are basically like rail guns.

>>DAVID: Oh.

>>GOODE: When they took
them apart to show me,

they had rods running
down the barrel

and then this thin
wire-- they called it

the coil-- that ran along
the outside that basically

worked like a rail gun.

An electromagnetic field pulsed.

And also an electromagnetic
field pulsed down the rod

and sent a projectile out
at like-- I can't remember.

It seemed like 5,000 miles
an hour or something.

It was like an incredible speed.

And the projectiles were
just under like 50 cal.

>>DAVID: Wow.

>>GOODE: And at
the bottom they had

basically a grenade launcher.

And these grenades were like
20-gauge shotgun shells,

just in size and
shape-- they didn't

look like shotgun shells--
that were launched

in a similar manner that had
a very advanced plastique type

explosive in them that
gave a much larger report

or explosion than like
an M203 grenade launcher.

And these were the rifles
that the security details

would carry.

>>DAVID: Did the
ICC or the Germans

develop advanced
computer technology

faster than we did
on Earth that they

could start to use in all this
robotic mining and things?

>>GOODE: Yes.

They've had computers, computer
systems, and quantum computers

much, much longer than-- way
before Bill Gates and IBM

started to put out motherboards
and integrated chips.

>>DAVID: So can
you just spell out

for us now-- when
the Germans first got

started, what was the
approximate year that they

first got a stable
encampment on the moon?

Do you know exactly?

>>GOODE: I know that
it was in the late '30s

that they were using an
older facility that they

had pressurized and were
using while they were

building another smaller base.

>>DAVID: This was like Ancient
Builder race type of ruin

that they found?

>>GOODE: Right

>>DAVID: OK.

>>GOODE: And then that was
in the early '40s, I think,

that they completed this
small base of theirs.

>>DAVID: When was
the first stable base

that lasted on Mars?

>>GOODE: I think
around '52 to '54

is when they really
started getting the United

States to sign the agreements,
and they had only just

really got a good
foothold on Mars by then.

They really had a lot
of setbacks on Mars.

They lost a lot of lives.

>>DAVID: So almost like
an 18-year struggle.

>>GOODE: Yeah.

I mean, they really did the
pioneering work on Mars.

>>DAVID: But they had
better success building

mining facilities on
asteroids and moons

prior to stabilizing Mars?

>>GOODE: This was
at the same time.

>>DAVID: Oh.

>>GOODE: Yeah.

Once they had a stable area
to call their own territory,

then they were then starting
their mining operations.

And their mining
operations were more--

I guess when a geologist
goes around a large region

and is picking up certain
rocks, doing core samples,

getting a good idea and
then labeling certain areas

and grids.

I think it was more
of an excavation

and figuring out
what was out there.

And when they found
certain things they needed,

they would start small
mining operations.

>>DAVID: Did anybody
from Earth that we

would know of get like
the dog-and-pony show

maybe to help keep them
quiet, like a president

or prime minister,
early in this game?

Did they get to see what
was going on so they knew

what they were involved in?

>>GOODE: I believe
Eisenhower may have.

He was the one that
ended up, ironically--

him being a general
in World War II,

I imagine it was very
difficult for him

to come to terms
signing treaties

with these German
breakaway groups.

>>DAVID: Oh, yeah.

>>GOODE: I can imagine it
was really hard for him.

But I think he ended up
after-- in 1952, things really

got heated because
we were turning down

the offers, the demands.

The Germans were
making a lot of demands

about wanting access to the
United States and our resources

as a part of a treaty.

And we were denying it.

We told them no.

We were trying to play
hardball negotiations.

And through the Paper Clip, this
German secret breakaway group

knew that the highest
law in the land

was that the United States
didn't want any of its people

to know about the existence
of extraterrestrials or higher

technology, so they used
that against us to force

us to sign a treaty with them.

And in that process,
I'm sure that Eisenhower

more than likely, along with all
of these corporate people that

saw dollar signs, got
the dog-and-pony show,

and then the corporate people
were just 100% on board

and wanted to exploit everything
that the Germans had found.

>>DAVID: Sure, that makes sense.

I don't really have
a strong sense--

you've just kind of said
"moons and asteroids."

So what moons are
we talking about?

How many of the moons
in our solar system--

because there's a lot of
moons in our solar system.

>>GOODE: Yes.

>>DAVID: There's at least 100.

>>GOODE: Right.

There's a lot more 100.

>>DAVID: OK.

So how far did this go?

And how much did it
expand over time?

What were the
earliest moons that

were conquered or landed on?

>>GOODE: All of this is
very tricky diplomatically

because a lot of moons are
off limits to everybody

because they're diplomatic
territory, "owned" by some

of these 40 or 60 groups.

>>DAVID: The Super Federation.

>>GOODE: Super
Federation people,

especially around Saturn.

>>DAVID: Really?

Saturn has a lot of moons.

>>GOODE: Yeah, yeah.

But there was a lot of activity
around the moons of Jupiter.

>>DAVID: Germans and ICC people?

>>GOODE: Mm-hmm.

And Uranus.

And then the asteroid belt.
But I don't know or remember

any actual moon names or what
actual element or resource

they were exploiting from
which planetary body.

>>DAVID: Well, Io is one
of these weird ones that

has all these volcanoes and
stuff like that around Jupiter.

And it's very close,
and it's quite hot.

Is a moon like that too
inhospitable for them

to land on?

>>GOODE: Yeah, there's some that
they could not get access to.

I remember reading--
there was one moon that

was circling around a gas
giant that was spewing

some cloud of some element
out that they were collecting,

they were collecting from
space from behind the moon.

I know that sounds ridiculous.

>>DAVID: No, not
at all, actually.

>>GOODE: I haven't seen anything
that says a moon around a gas

giant is spewing stuff
into space, but--

>>DAVID: Well, I actually have.

Io, as we were
just talking about,

does have very active
volcanoes that are spewing off

a whole bunch of particles--

>>GOODE: Into space?

>>DAVID: --that have created
a ring that actually looks

like a saucer falling,
when the saucer falls

and it's kind of doing this
as it's coming to a rest.

That ring tips with the
gravitational field of Jupiter.

And there's been a
significant increase

in the particle density of
that ring since the 1970s

that NASA has tracked.

>>GOODE: Have they done a
spectral analysis of what

the chemical is coming out?

>>DAVID: Yeah, and it's
got lots of weird stuff

in it like argon and neon
and helium and oxygen

and a lot of things that
we might be able to use.

>>GOODE: OK.

>>DAVID: So that does
make sense to me.

>>GOODE: OK.

>>DAVID: Every time I ask
you questions, I'm learning

all kinds of new stuff.

So this is really mind-blowing.

This is "Cosmic Disclosure"
because you need to know.

I'm David Wilcock, and
we'll see you next time.

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