131st Knowledge Seekers Workshop Aug 14 2016 last hour

In this part Mr. Keshe release the Blue Print. Presentation of the Blueprint from Vernie. Q & A session after.

Rick, are you still alive?

Yes? There is the Blueprint of the power generator, you can release it worldwide.

Err, open the screen, please, and umm, let's see what it is?

Err, Douglas!

Err, sorry, err, Vernie can you oh, explain to us the structure, please?

Yes, Mr. Keshe!

Err, with this set up we have the usual err, Magrav Unit we have at the bottom.

This is the same err, that people are.

Can you lower the picture a little bit, we don't see the top end, please?

Rick?

No small it, please? I

it's too, yeah!

Ok! Can you smaller the picture, it's too much?

Yes! That's.

A bit more, a bit more, a bit more, a little bit more, please, Rick?

That we see the whole picture?

Ok! That's perf.

No, you've got to go down, you've got to go up, go up?

Yeah, that's perfect!

Ok! Carry on Vernie, please?

Ok, yeah!

Err, the bottom of this err, err, document you can see the Magrav unit, this is err,

this is the starter that we used, and they are numbered as, the bottom part as 1, the middle part as 2, and 3.

These are in the middle, these are err, gans balls,

which on the upper right we have a Legend there, of what's in there.

Err, err, gans inside the plastic balls, these are for the number 1,

this is CO2 gans coated,

for the middle part, err, copper oxide gans coated,

and on the top most CH3 gans coated.

So, as you see, those who already have the Magrav units,

you can use them by simply adding other components, that is shown above.

So, we have up on the upper right, oh, upper left, err,

below the starter circuit, we have our power strip, where we connect our load.

And on the right side, in the, err of that power strip,

we have the pink err, box, a refrigerator, represented by the box,

what's shown inside is a drawing of the circuitry inside.

But what you see on your refrigerator, coming out, is only 2 wires that is the plug,

there is a 3rd wire there, err, for those that have a capacitor, this one is used in here.

On, on the upper, that is the light blue box, is a compressor, added by Douglas as a load also.

Then on the upper right, we have the plasma capacitors, these are a special err,

type capacitors where we added err,

an aluminium layer on top of the paper, err, which is also gans coated,

which the details can be shown on the next page of this document.

For now let's, let's err, discuss first this page.

Ok, for the starter circuit, this set up was done using a starter circuit,

in this case we have err, a battery, which is a DC battery running err,

a 6 volts, 12 volts DC motor, turning the shaft of a submersible pump.

We open the pump, we have this submersible pump, there is a shaft in the middle, which can be rotated.

Err, if you supply this pump with the positive and negative at the back, on the right side, this shaft will rotate.

In this case, we do it in reverse, we rotate the shaft and it will supply err, electricity on the other side .

So, we use this as a starter source, just to start the system,

when the system clicks, when you hear a click from the refrigerator,

then you can disconnect this, and you have a self running system.

The role of err, the starter is only, just like a car, you cannot run the car without starting it.

So, this is it, for now, err since this is our first prototype, but works well.

So we have there a switch, to change over the connection, err, on the right side of the starter circuit.

You see we have the specs, also, of what err, Douglas used, the type of submersible pump,

a capacity there, is written, 400 gallons per hour.

So, you can do the same, this is a very cheap, euh, device.

Actually, all of these, except for the Magrav, are off the shelf, and every home already have a compressor,

which is found in the refrigerator, so this is very much do-able.

In here we showed a detailed connection of wires, on how we connect the compressor,

the light blue box, and in relation with the refrigerator.

So, if you follow the lines, all the dots, across 2 lines, means they are connected,

err, that's this, err, that's what it means.

So, let's follow the, on the capacitors, they are all connected in parallel with each other.

They, these are all capacitors, of similar construction,

and they're joined err, together using a burned (oberst??) nano coated wires.

By the way, all these connections on the capacitors, on the, going to the Magrav err, unit are all nano coated wires, err.

They are all nano coated wires.

The only that is not nano coated is the power strip, and on the battery side, the starter circuit.

And of course, the wire, that is from the refrigerator err, that goes to the err, power strip plant.

Ok? Err, at first, you have to initiate this to charge, so it to have the charge.

When this refrigerator, in the pink, in the pink err, box, err,

initially charged by our starter circuit,

we have the detail here, that the motor circuit, initially

the, the wire, from err, the connected wire going to

the capacitor on that refrigerator,

charges up this circuit, the SMC circuit, up to a point

that the changeover to C & R,

which is the running coil of the circuit takes over.

So, the PPC, there you see, it's a switch, built in on the rev, you don't have to put that,

it's already on the rev, we just put the detail

that you can understand the operation.

So, when the motor is on running condition, this PPC will cut off,

and will change to running condition, and you hear a click.

Usually, you rev, when you start your rev, you will hear a click in a few minutes,

maybe less than 3 minutes, or less than a minute, you will hear a click.

That click is from that circuit err, that cuts off the starting coil.

With this, err, when it is running, err, this, err circuit,

if it is connected to the Magrav, err, they communicate with the Magrav, because this,

our refrigerator, also at first, runs err, just like a generator

the moment before it cuts off.

So, when it, it discharges err, a supply to the Magrav.

the Magrav is funded, then we have this oscillation between them,

then we have a mutual err, flow of energy between the load,

which is not compressor of the refrigerator, and the other compressor, and the Magrav.

The moment it happens that way, we have err, what we call

an oscillation between the two,

then we can disconnect the starting.

Just like the car, when you start you don't continually turn the key in starting mode, you have to turn it off.

Similar to that one, this is how it is done.

So, I could say this is err, primitive way of doing things, but it works well,

umm, and as you know it, it can carry up to 5 kilowatts of loads.

The role of the Magrav here is to err, provide the extra energy, because if some would say,

those who are familiar with this circuit, the compressor circuit, they would say,

Oh, that's, that's not a Magrav system, that's a generator set up using the compressor.

But when you do that, without the Magrav, you cannot sustain, because you don't have the extra energy,

it will back down, because of err,

the design of the motor, and of course the resistance.

With a Magrav, you can sustain, and in fact you can go beyond err,

err, that point that you can supply more than err, 4 kilowatts of err, load.

The capacitor here is a very important component, err,

that's why it is designed that way, different from our usual capacitors.

The aluminium layer you can err, literally, err,

err catch up, that charges from the gravitational field in the middle going up,

the aluminium there err, is a huge err,

err, factor than our previous design of capacitor.

So, it, it resonates well with our Magrav,

and the whole system err, resonates back with each other.

So, this err, is how they communicate with each other,

it's just a give and take err, err, situation.

If you see the red wire and the black wire, you will see red wire connects to the black wire,

black wire connects to the red wire, similar to the grav.

connects to the mag.

This is a consistency in connection, this is how also plasma works,

magnetical connects to gravitational or gravitational to magnetical.

So, we have passed this err, months ago,

we have understood this, and indeed when we have applied this,

this way, we were successful with the set up.

Ok?Do you have any questions?

So, Vernie, I've got a question, for a start could we,

can we also use a fish tank pump?

Yes!

This is a fish tank pump!

This is a fish tank pump, ok!

Yes, it is a fish tank pump.

We... you've got to understand, when this was set up err,

looked at the easiest way to do it, that it can deliver.

Just one second, please?

Hello?

Umm Vernie?

Yes! I'm listening!

Umm, the refrigerator compressor A and refrigerator unit,

they are both built in, in a fridge.

Yes! The, only the blue one is taken out from the fridge,

because Douglas used this as a vacuum pump for the air conditioning on his, euh, truck,

but it's the same circuit, nothing is modified inside, it's the same.

All you see on the refrigerator unit is usually 3 wires, some are only 2 wires.

So, this is the same on a refrigerator, in fact they are,

err, one is a working refrigerator, the compressor is from a refrigerator, standard refrigerator.

So, in order to do that ourselves we have to use our own refrigerator, and then buy a compressor?

An extra component?

It can work with the refrigerator,

but if you use a diff...another compressor, yes, err,

they can also do that, but it,

it plays a role as a, as a, additional one.

There's two.

??? Every home have a refrigerator, usually every home,

almost every home, I would, I would think, have a refrigerator, so one can.

Vernie, we need 2 refrigerators, or a refrigerator and a pump?

Err, a pump, the role of the starter circuit was using a pump,

you know, the pump there is used as a generator,

if you notice we input a motion, a mechanical turn

this, this submersible pump have magnets, the magnets,

I think, is on the shaft, and a stationery coil.

If you turn the shaft it will make voltage, if you plugged in,

it will generate voltage on the coils, it will supply current.

If you do it the usual, as a pump, you supply voltage, or power supply on the wires,

it will push the magnet in rotation motion.

So, in this case we input motion, we have electrical output,

then we reach that err, rpm that it matches, the, in this case,

I think this is 110 volts,

then it supplies 110 volts on the other side, on the wire side.

So, this triggers the circuit to work, initially, that err, the re.

the refrigerator, and the magrav, and the capacitor err,

will continue exchange energy err, with each other.

Err the submersible pump is a (series round?) motor,

so when you put power to it, it acts like a pump, but if you drive it, it acts like a generator, is that correct?

Yes!

Every motor is like that, especially with magnets err, the DC, err,

although the one with magnets,

if you rotate,

it will act as,

by the way, this, this is a brassless err, motor, where the magnet is in the middle.

So, if you rotate the magnet in the middle, which is err,

part of that middle shaft.

Starter,

similar to our starter in the car, you have a starter motor, just like that.

Just to, in, on the car, we supply the voltage to drive mechanical motion,

but when you do the starter of the Universe, it will run,

it will run as a moto... as a generator.

So, it's a DC output from that, correct?

You have AC output.

From the...when the submersible pump is driven, the output is a DC signal?

AC alternating current.

The... the... the...

Let me explain, this system has a different layout

than the normal electrical circuit you look at.

Ok?

You have to follow as it is, and the way it does.

This is not a normal, you're trying to justify it, or explain it, the way your used to in electric circuit.

So, euh, this, this, when we look at this

does not work within the structure of the normal system.

Err, a lot of things connect back to themselves,

which in the normal electric circuit does not work.

So, err, you have to understand, doesn't matter, the only thing we use the yellow box

is to create, create a trigger to start the plasma circulation, and then we disconnect,

we literally, take the yellow box out as you've seen.

We have no need for it,

it's a trigger point, doesn't matter how it gives, what it gives.

This set up does allow the release of the trigger point for the... motor,

that the compressor in a com, in a, creates a flow in the compressor,

that one compressor runs against another compressor capacitor,

and it triggers the two to create a cycle.

The blue and the pink, create an infinity loop.

If you look, they are connected that way,

negative on one is connected to the positive of the other,

and the positive of the other one is connected to a negative,

and between negative and positive we take a line.

If it is, in a normal condition, unusual, you cannot do such a thing,

and then you'll find out even the motors, or whatever, burns out.

This oscillation, between the two compressors, allows the heartbeat,

which allows the plasma to release it's energy.

At this moment of time, with this set up, this is what we see,

this is how it works.

The capacitor, compressor A, and the refrigerator capacitor B compressor,

are all now changed into a magrav system, no what you call it,

a plasma system.

So, this is how we are working on it, this is the..

if you test this you can build it, it costs you less than maybe,

20 dollars, euh, to try it,

and then you have a generator.

...and, at the moment, depending on the thickness of the wires you use,

you can go up to 4 to 6 kilowatts, 7 kilowatts we have tested.

This is a generator, self sustaining, and it can go for hundreds of years.

The problem with this, the failure point in this,

is only the blue and the pink box, which now,

with converting it to solid state, will not exist at all.

The yellow box, err, the power supply, what we call it, the trigger,

the starter motor, that has been redesigned into err, err, solid state too.

So, it can stay, but the minute it comes on, it switches over and it's finished.

You.

What we're going to do in the coming time, err, when we release the generators,

err, we add that yellow box as an addition box to starter,

and it's finished, you don't use it anymore.

You use a box, next to the present Magrav system,

to, to create a cycle rotation, and that's all you need to do.

As far as position, like Douglas had it,

he had the Magrav in the centre of the infinity loop between the two compressors?

It's irrelevant where you put it! ?

Ok! Ok!

It's irrelevant!

We put a compressors on the floor, we put the other one on another,

100 meters away.

Is the way, the secret to this came,

because we were working in Rome with 2 refrigerators, we could see the tr.

If you go back in my Teachings, I gave a lot of hints about this,

that we've seen the system with Douglas, with err, err capacitors, with a fridge,

we saw the system in Rome with a fridge, we saw the system with Alekz with a fridge.

We looked at it, it's the compressor.

You actually don't need a compressor, this is, is a small black unit, it costs very few dollars to buy, and you connect it.

You don't need to have, euh, 2 fridge freezer's compressors,

because now even we redesigning the compressor

into a nano state material, then it's totally, you can get it at home,

this it costs you a few dollars, you can build it tomorrow morning, you become self sufficient.

In the yellow, in the yellow box it shows a battery charger, is that required too?

No, we fed it back, that if you needed the batteries charged.

You understand?

It's, it's there in the, in the solid state one, we feed back from where it says,

'to the charger' into the loop of the capacitor,

where you see the capacitor 18 turn,

somewhere in the switch section,

we connect it to there.

Because, by our experience, we need to bring, and then that stays in a matter state,

we play between a matter, gans, and nano material, and we create the condition.

As I said to you, if you go back on the Teachings of past few weeks,

we said, we've taken, we've seen the system working,

we've taken it piece by piece apart, and replaced it with operation of a, what you call

a new system with the capacitors, or with the magrav system, or with a gans.

This is the... this is what their aim is.

In the bottom, the yellow box is not needed at all, or you can create,

or what we do in Rome, we put a power supply generator,

we just connect a power supply generator

and when you euh, finish the trigger is done, you remove the generator, it is there

As long as you have a small battery running...

What do you mean they haven't left?

Inaudible It's too much traffic? Inaudible

What are you talking about?

Inaudible Umm, Vince, they say there is a problem on the website?

People can't get access to it?

Ok! I see.....

Can you check?

lots and lots, lots of downloads already!

There are downloads, it's too much traffic.

It's a huge traffic on it!

So, this, this is what shall be, we, we release,

we, we told you from the beginning this a hybrid,

we have changed a hybrid into a plasma condition, magnetic.

And a new set up, which what umm,Vernie explained, to a cube size is getting tested

So, as I said, we put the Blueprint first step, euh,

you can use your Magrav system, the way you've done it.

We put CO2, copper oxide, and CH3.

You can still use what you've done before, there is no difference,

your Magrav system does not get touched.

The connection, gravitational to magnetical still exists,

you have the 4 capacitors before, you can with one of these capacitors.

If you go to a page down?

we have shown you the design of this capacitor.

With 1 capacitor you can pull up to one to two kilowatts,

you've seen it the way it's done.

Yeah? With 1 capacitor you can go to one, one and a half kilowatts,

if you go to 6 to 8 capacitors, you go to seven to ten kilowatts, but the problem is,

if your wires can handle the system, this is the problem with it.

Can we go back to the page above, please?

Umm, this euh, energy system, umm, if you have a power supply at home,

which you don't need, a fish tank or the battery, you can trigger it with a power supply.

Once the capacitor power supply comes in, with 220 it's slightly different,

it's slightly harder to get it going, but with 110 triggers much faster.

So, euh, the infinity loop is the, is the key to this process.

The infinity loop connection between the refrigerator compressor,

and the refrigerator unit running capacitor, compressor is the secret.

If you look, it's exactly the two are the same.

What has happened is, minus connected to positive, and positive to negative,

two refrigerators, one pushing, the other one pulling,

one pushing the other one pulling,

and in that process they keep on sucking energy from the Magrav system, from the gans.

That's how the system works,

these two as pull and push, you have a drainage.

Can I have the (enanoid?), please? Can I euh, can I use the options section,

please? That I can show you off the table?

The secret is here, between these two, we create a rotation,

and it's this rotation, which creates the sucking, as it goes to the other,

and you're draining energy from here, this pulls energy from the Magrav system,

and the plasma releases it's energy into the system.

In a future versions, if we submerge this unit into a liquid gans,

then you have a different characteristics, you're ready for flight system.

I'll explain this in the future.

So, what you see here is, in fact, the switch over, here,

when once the system goes, you disconnect from here, and you connect here.

So, in fact you become directly connected to the load, if you look at it.

You directly supply load to the capacitor, this becomes the lower level,

this becomes the higher level, higher trying to cover the lower,

you release huge amounts of energy.

If you look at the whole structure, this is all that's been happening here,

and this is what we see.

What we do in this structure is very simple, and that is,

we take the system in it's raw form, in a total raw form of it, and euh,

we dictate exactly, if you look, a system like this.

The system goes this way

back to itself,

the Magrav system supplying,

this creates a pulse, infinity,

and in going back and forth, between one the other,

it creates suction on this, now you can drain at any point.

This is not usual in electric circuits, this is, this is the problem in umm,

conventional system doesn't work, but because it's plasma it works freely.

If you look at this, the way these capacitors are set,

in a medical term we call it PN junction,

sodium potassium junction.

In trying to feed the other, it creates a demand, it cannot meet the demand,

because it 's you, becomes less and less, it create a need from here,

because this is a magnetic environment, and this is magnetic environment,

it see's it as a gravitational magnetical,

trying to feed it,

you tap into the energy.

It's a very simple circuit, electrical systems cannot meet with this, they,

they have never succeeded,

but now because you have a continuous flow of a magnetic and gravitational field,

you meet both demands of either,

and you release huge amounts of energy available.

And if you look at it, you are tapping back into this self.

This infinity loop has created the condition,

and that's the secret to the whole process.

Magrav systems are the same, as you have, we can make it any combination you like,

These capacitors, depends on how good you make your capacitors,

would create 1 kilowatt, half a kilowatt,

maybe you have to use ten of them to get four or five kilowatts, your way,

if you don't use the present capacitors.

These capacitors already exist in the circuitry of your Magrav systems,

which you bought from the Foundation,

what we add is this compressor,

this compressor unit and a starter kit unit, to start it up.

This has already been redesigned, we know the work of it very soon.

This has already been redesigned.

So, what is going to happen in the coming time, is that, you literally,

tomorrow you can build this, plug, plug out, and you've done your circuit.

Two refrigerator compressors specification are again, everything is given,

full specification.

And then, if you can increase the thickness of your wires,

you can go to higher loads, 8 gauge, 6 gauge.

But, but this, this part is what you saw under the yellow box,

a... fish tank pump, a motor, and a battery,

to start the AC reversal, that it could create the right umm,

pressure for a 110 voltage to go.

There is no need for anything you might have, any worries,

because now you can use from this place,

any energy you like, for food, for water,

for anything else, because everything is in a plasmatic.

I'll Teach you how to use this energy to create everything you want,

because now, it looks like a electric circuit, but in fact it's a plasmatic circuit,

because in a real electric current it cannot work.

The release of the energy from the loops, in gravitational magnetical,

support the support of the same two, at the same time.

Now you can see the simplicity of it,

hum, as I said we were looking at the same euh,

proposition in both in Rome,

and what we could not see was how to break this circuit through,

and the... Douglas... if you introduce positive to negative of a compressor you get this.

The 2 fridges, we have 2 fridges on the floor in the lab, we,

if you go back into the Teaching, I will explain we have 2 fridges.

This connection of euh, euh capacitor, the way it's done, negative to positive,

in fact this is a loop,

and that's the secret, and in the loop you pick up both,

from magnetical gravitation one in that,

and one in there, as you see it.

(cough) And by closing the loop here, what you take the power supply,

you don't need the power, you never need a power supply.

And what we see now, we are getting away even with this,

because there is an alternative to build this, I have designed it.

And, Vernie was telling me, or wrote to me, that today he's got, euh,

getting a power shock from this euh, battery set up.

That's all it is.

You had this, you have, more or less, this part of it,

all you need to do is add this part to it, that's all you need.

Only piece you need to add, to convert it into a generator,

is euh... this... red part.

Most of you understand this process, and you have the trigger point,

you go to a fish shop, spend 10 or 15 Euro, you understand the process,

tomorrow morning, or let's say by Thursday Teaching,

you tell us how much power you're producing,

with no connection to the electricity board.

This is the first generator, and, in so many ways,

it allows you to do what we are, what we said,

you have all the connections, except this.

And this...

pull and push, creates the heartbeat, and the two connections,

and in that change, with a supply from here, you supply what you need,

which is the weakest, because this is more powerful, it supplies.

You can go for a hundred years, two hundred years,

because the energy does not come from here, as I explained,

energy comes from the environment around the cap.

around the core, and it absorbs from environment, and you drain and convert.

So, the blue compressor A can be an actual refrigerator,

it doesn't have to be an unloaded compressor? yeah?

Of course! This is what we have in the lab.

Ok!

Yeah! Bec.

Euh, Douglas has used that, because he uses that compressor for different things around the house.

Euh, you have seen it, all the specs I've given there,

it costs you 10, 20 Euros to buy the two, connect it the way you have the Blueprint.

And euh, euh, by hopefully, tomorrow, when euh, Douglas is ready,

you will see the operation, you've got a video of it,

but in Washington you can go and see the operation of it.

What he's done, he's left this behind,

that's where the problem is.

We don't have any problem with the rest of it, it's all with him, he has les.

left this behind, he cannot trigger the... ignition of the euh, what you call it,

the, the capacitors to ignite this one.

This is where all the problem is, and that's why he cannot show it.

He's, he's left the content of the yellow box, saying, 'Oh, finding a,

a DC power is very easy, I can get a DC power' and apparently he cannot get it,

he's got a problem with it.

Euh, they bought a DC signal generator, it's not working,

because he doesn't need a signal, it needs a power supply,

and (cough) tomorrow morning he should be sorted.

Now you have the Blueprint, try it, build it,

and don't forget 100 Euro a year given to the Foundation is not enough

to develop other technologies, and you see how simple it is.

These things were not possible, it's impossible to run a system like this.

Many people have tried to use this generator capacitor loop,

but it doesn't work, because it hasn't got the energy supply.

Now we have the energy supply, we have a system for it,

and secondly, this loop, if you understand how the compressor works,

we have redesigned it.

We have redesigned it very nicely, and if the work comes up,

and shows the battery operation it's redesigned to trigger, then euh,

we use it as a heartbeat, euh, Vernie has designed it,

and euh, we release it as a 2nd Blueprint.

But I'm sure it will be hundreds of Blueprints,

because each one of you will develop different things for yourself.

Hmm?

The black wire between the capacitors and the gravitational,

that's a nano coated wire, correct?

Everything is nano coated!

Everything in this circuit has to be nano coated.

There is a way to create a oscillation into the frequency of 60 hertz,

50 hertz, when we release the, new Blueprint, we show you how to do it.

But in reality, you don't need more than this,

you already have this...

in your Magrav system,

all you need to do is to buy 2 pumps and connect it.

As long as you can trigger this impulse, in this system,

that it allows the oscillation between these three,

you have your power supply.

There should be no man without energy from tonight, as we said.

The capacitors are not a different configuration, they are the same?

They're standard!

Standard!

It's at the bottom, you can see it,

the design of the new capacitors is a 18 roll, we use an aluminium foil, plus paper.

Aluminium foil has a coating of gans on it,

the paper has a coat of gans on it.

and, it's a specific way to run it euh,

that, the aluminium never touches the other aluminium in the roll,

and you place it in the centre and that's it with the 18 rolls.

He has used a gel, for gelling on the paper, and the cap, and on the aluminium foil.

We don't use it, but euh, in a way it guarantees a consistency of flow, it has nnn.

copper, hmm what you call it, dust in it, flakes in it,

however in the others we don't use.

If you look it's a continuous application of the ganses, gans

matter state, and nano material.

It's a continuous in every part.

Can we go up, please?

Mr Keshe! The gel helped Douglas to, to keep the gans on the paper,

and on the aluminium, because they keep on falling.

(laugh) So, he uses the gel.

Yeah!

This gel is what you buy from the chemist's for lubricating your hands,

for the gel for hand, it's not something special.

It's a lubricant gel.

Is that a glycerine, or is that something different?

Yeah! It's it's a standard you buy from the, from the, what you call it,

chemist for lubrication.

K-Y?

Pardon?

A lubricating gel like K-Y, not Vaseline, correct?

Not Vaseline! No, It's a gel, it's a euh, euh

it's a standard gel you buy and then...

it's very simple.

But you can use, you can use a normal capacitors,

but it doesn't give you such high performance.

You can use euh, copper and euh..., or aluminium and copper foil,

euh...on the coil of the capacitors,

there are different options and variations in this.

But as I said, the, we, we...

the only thing is to create that infinity loop of continuous demand, that it never stops.

And between the two compressors, we create that ever infinity demand,

that the one needs to become generate of the other one,

the other one needs to become the generate of the other one,

in switching, if you leave it, they die.

But because you introduced the gans, and the capacitors, and the coils,

now you have brought the plasma energy, and trying to feed the demand,

you keep on tapping on the extra on the side.

That's why I said, you can go to two or three hundred,

even maybe a, a megawatt,

if you understand how the system works,

from this system, it's your wiring, which brings the limitation.

Because this, in reality, has a power of tens of megawatts.

So, as you add here, it's always can never match this, it's always the weaker,

and it tries to feed,

and, in a way, this is a sucking machine.

It sucks, and in sucking it continuously keeps going,

that's why if you disconnect any of these two, the system stops.

Because, continuous creation of demand, demand, demand,

keeps these plasma continuously trying to feed any of these two demands,

and here your draining from the surface, which comes out.

It's very simple!

As Go back on the Teaching of euh, about 2 or 3 weeks ago, 4 weeks ago,

I explained to you that we got two fridges in the lab in Rome, with working on it,

trying to find out how we could see it, but the key on it is the connection,

these two connection is the key.

Setting... "Good morning, Mr Keshe!"

Two systems feeding each other!

Yes! Who's speaking, Vivek?

Vivek here! Morning, Mr Keshe!

Ok, I have a question, let's say that someone has the intention,

once they have the generator up and running,

they want to put their power back into the grid, to help power their neighbours,

and all that? Is it possible? and how to do it ?

You burn your system out,

because then the demand cannot be handled by the wiring.

You understand?

Yeah! So, that means, separate wiring has to be run for that?

Everybody has to have his own system, unless you create a, a bigger gauge,

that you have a bigger surface area, then you can go for the higher rate.

At the moment we are looking at different possibilities,

and I'm sure many people in the energy industry,

now they see this, they understand it, they can work it.

When you're sending this out, make sure it goes with that video link,

which we showed that the people can see it.

Ok, sir, thank you!

Thank you very much!

So, now you've seen the generator we promised you, we delivered.

It's a very easy, because we already explained the, the structure of the Magrav,

for a year you all worked on it, you now understand it.

Now it is just adding the two capacitor generator power for sucking business,

that sucking creates a release of the plasma, and this is what we always knew.

And now the biggest game is this,

from now on, we have access to plasmatic energy,

there is no electron vibration.

Once you connect this, there is no electron vibration, it's all plasmatic.

Now you can produce anything you need, which is the need of the man.

This load, you look at it as heater, or a cooker, but go further,

it's a plasma directly use it.

In a way, put these two wires,

if you understand, put one wire to one side of the box,

the other side to the other side of the box,

you stand in the middle, adjust the flow, you are fed.

You.

Whatever you need, if you understand it in different ways,

you can create anything you like.

Because now it's the first time we produce a plasma energy.

So, if you have a 220, or a 10 or 110, or whatever,

you plug in, it still gives you, because it's much weaker than the total energy release.

I thank the Innovation Team,

and you see how we are working around this,

we are in a solid state testing at the moment,

but as we said we released you the Hybrid.

Start working on it!

Tomorrow night, those of you who made the Magrav,

and understand this,

maybe you need to have 8 capacitors here, or 10 capacitors here,

and have four or five kilowatts.

Hi, Mr Keshe!

Yes? Ok! So, I'm wondering Who's speaking?

This is John Ling from Chinese group

Yes, John Ling ? And errr, I'm wondering

I have a, I have a very bad news for your leaders, huh!

Now they have to find a lot of jobs for a lot of people

(laughing) It's ok! And what, what might be the problem for Douglas

setting up the system in the hotel?

Which part may be the problem for him, so we can

There's no problem, he's left this piece behind.

Ok! Ok!

That's all he's left behind

So, what he's trying, because with this we already pre-fixed,

we knew this motor gives what we need,

tomorrow he's got to find a fish tank pump, and that's it !

He's left this unit behind that's his problem Ok!

At the moment with the different system, he has triggered one of these,

he can't trigger the other one, that they can synchronize.

Tomorrow he says he can do it

There is nothing wrong, it is just, I especially asked him before he leaves,

Have you got everything with you? He said, Yes! And he is missing this one

Otherwise, I told you, it takes five minutes, because the fridges are there,

he has to do the internal connection,

In fact, the way it's connected is this way,

the fridges is connected this way,

this compressor ...

and euh, this one is connected this way

You Understand ?

Yeah! Umm!

And if you look on the load, you have let's say, negative, negative, negative,

positive, positive, positive,

he has connected the positive of this to the negative,

and he has connected the negative to the positive,

here he has connected the positive to the negative,

and vice versa.

And you don't see it, that was a trick.

That's what we said, ìIf anybody steals the system on the way,

they will not be able see anything,

because he's carrying a compressor and a fridge with him, which is under compressor

And in this process, both of these are plugged to the same place

So, in a way, because they are plugged, you don't see it,

you think they are loaded,

but in fact, they in working to become a refrigerator,

they are creating the loop.

That was the trick !

You understand?

So, if you have a... capacitor resistor at home,

and you understand how to connect it,

you've got two systems at home,

all you need to do is plug it to itself,

and if you can trigger it, you are done !

Ok! I need some time to euh, understand this.

Oh, you need one second!

(laughing) (laughing) And euh,

you, you just mentioned that in the future,

maybe we can avoid the (how self) to the starter,

we, maybe we just use the power supply

in the home,

through triggering? In the home, what do you mean?

Because, euh, maybe in the future we don't need those motors to start the system, to trigger it?

No, no, no, no, we are redesigning this! This is getting redesigned

Ah Ok! Vernie, would you like to tell us what electric shock you had

in the design in this today?

Yes, when I was euh, assembling the battery capacitors,

I got electric shock three times, it's not just once,

but in the (??) moment when I hold another,

then, I got this euh, electric shock on my hand.

When we have this feedback loop mechanism on, hum,

on such devices this is where we experience this

Euh, we have designed a system to work as this,

and it's getting, it's been assembled,

it shows it's producing it's own power.

We need a power for a very short time, sharp, sharp release to trigger this.

And now we have changed this into a separate way of euh,

what you call it, gans euh,

nano matter state

So, we, we, more or less, we're trying to,

euh, in the next few days we announce it,

but as we promised you, we gave you the generator, it is there

It's addition, we released this last year as a Magrav system,

now you have this as a addition,

of sucking on it, which we said you create a demand,

whatever is surplus you take.

Here is triggering the system,

so you don't need to digest it, just copy it,

it'll be digested.

Mr Keshe, this is Klaus?

Yes?

Umm, please again, the setting in case euh,

we have two working fridges, umm, and we plug them in,

into the power strip plug you showed before?

Follow, follow the procedure!

Follow the design.

Yes, you have the fridge freezers, follow the design,

the way they are connected to each other,

but the trick was to connect it here,

that you don't see it.

They were connected opposite to each other,

into the same circuit,

in what you saw as a plug supply,

it supplies itself to become the euh, the part of the system.

You understand?

Yeah! Ok!

Once you get one going, the set up will supply itself

It costs you maybe 10, 15, 20 dollars,

but by tomorrow morning you can all start creating euh, energy,

Eh, go to the... grid...

Once, the easiest way for you to do,

is to set your system up,

plug in two or three items, heavy load, see if it works,

if you don't need to change anything,

keep one load on, because otherwise your compressor dies.

Keep one load on, that it's running,

dismantle the, what you call it,

the power supply into the house from the grid,

and plug your system into it.

And err, as

But you have to make sure you plug at the power supply,

because most of the houses have a different circuit for the lighting,

and different circuit for euh, load.

You have to connect at the point where you put into the plug,

make sure your system has a feedback on it, because especially in houses,

the two are kept separate.

So, you have to feed the two in the right way, the way it is done,

so you go back to the original feeding point of the house.

Umm, Mr Keshe, I have a question?

Between the pink and the blue refrigerator units

there seems to be a difference in the connection, one has a capacitor in it and...?

One has a capacitor, yeah, because there, follow the procedure what is there, Yes!

It tells you it's a capacitor unit, without a capacitor unit.

So, there, people would have to have two different types of, compressor unit?

One is refrigerator capacitor, one is a refrigerator running capacitor compressor.

Ok! Or you can add the capacitor yourself to it

There's no problem.

Right, I was wondering about that? Ok!

Yeah! You can add the capa, everything is there, you can buy it off the shelf.

I think the capacitor, that would normally be on compressor A, had been removed,

because there is no load that it's exposed to, it's just a free running,

so doesn't need a high start capacitor control (??)

No, that's correct, that's correct!

There are compressors also,

that doesn't have euh, capacitors, there are designs that way

And there are those with euh, capacitors, they are configured differently,

some would say they are, this is a split capacitor running,

this is a inductive running, this is a capa...

So, ... you can search that on the Internet

In this case euh, the one with the capacitor, Douglas verified, is the refrigerator.

This is where he connected an extra wire,

on the video,

where he put everything on the outside, outside the house,

this is the black wire that goes out and goes to the euh, full capacitor Douglas had.

You simply splice that, another wire in there, at the back of the refrigerator.

and connect this to the plasma capacitor

Euh, could you please annotate, Vernie, the outputs of each compressor?

The plugs?

They have no output, this is the beauty!

The (plugs??) are the cable,

or the plug, wires?

Yeah, the plugs, the wires? Yes!

The plugs, yeah!

That is the usual, what you see on any refrigerator,

or on the compressor.

The plus or the minus of the cord, That's the cord that he always see,

on any refrigerator, or any compressor. [Noise]

You, you get at the wiring where you need to plug it in, that's all it is,

but you have to plug it on your load, in opposite to each other

Yes!

In the...

You see, let me explain again, I, I go this way, you see it, you understand it

If you look and open up your picture, you have positive, negative, red is the positive,

blue is the, or black is the negative.

If you look you come from the negative here,

you come from the negative here,

and you go to the negative here.

You come from the negative here, and you go to negative here.

It's against the law of physics, it's,

it's totally against what we are brought up to understand.

Then again, you come from the positive,

and you go to the same thing as you went from the negative.

And then here, you go from the same thing to the same place

And this is the trick, this is how it actually does not work

according to the law of physics, electronics, or electrical current

But, Mr Keshe? Err, Mr Keshe?

You know that in the United States, the UL 3 prong plug,

see how the one blade is bigger than the other blade?

Yeah! ?

That, that polarity, that means that the red is the hot side, and the...

You don't have a hot side any more with this condition.

Just, just because the way the plug's constructed.

Yes! You cannot change it So, you change euh,

the wiring of the plug before you plug it ?

Ok!

Or this, or you, in a way you connect to your fridge freezers,

and a reverse plug, one to the other, and the system triggers.

Look at the drawing, understand it before you do anything!

Because this is a illusion which does not exist in the present electrical circuitry.

Look at here, if you look at here,

a positive and a negative connect both to the negative,

euh, to the positive.

Here, if you look, both positive and negative connects to the negative here.

It's impossible!

Right, but if you just plugged your euh,

plugs into the power strip that, that wouldn't occur, correct?

You have to do..

No! You have to do the switching on one of them

They have to be reversed to create the loop.

And it's very...

Once you do that you're done!

Ok!

Yeah! So, it should, if you have two fridges,

and you already made a Magrav system,

and you know how to connect your fridge freezer at home,

or you have a compressor,

connect it the way it's here

Euh, throw the circuitry, and say goodbye to your electricity bill.

May I ask a question, please?

Yes!

Ok! Perhaps I am not that tech savy, but euh the unit B is a fridge,

and euh, it has a plug with two wires, so what is the third wire below?

What third wire, we don't consider, as it's a earth.

Oh it's just (???) earth

Yeah! The earth, yeah! But the other wire, which you see here, umm,

goes back to the capacitor,

euh, this is heu, heu...

what you see is this, this link.

You've got to go a bit further down, I don't?

Yeah! Is this link, this link has to be established.

Ok! So, we connect the earth to the capacitors?

Yes, you see the how it is, this connection is important,

and this connection of switch is important,

that once you pull out, the switch exists,

the line exists.

Thank you!

In his video, he had a copper wire physically stuck into the ground?

The earth?

Yes, he's earthing it here!

This is what he's trying to do.

Earthing it where?

Don't forget, don't forget, umm,

a very important work with the nano coated material.

Your nano coated material is like this,

and your coating is on the top.

Yeah?

When you strip the nano coating from the, umm, the source of it,

now this behaves as a matter, you connect this to the earth of the system.

We don't create a earth condition, euh,

he was outside, and he tried to do it with a, with a ground,

or you connect this,

into a copper winding coil,

that is not nano coated.

So, you work on the state, and you connect that to the earth of your third line in your...

in the socket

In the fully, full capacitor system,

euh, which is the solid state,

we, we play with this.

When you connect the nano coated material, you strip the...

umm, coating, this part,

if you take energy from it, it's a AC,

if you go between this, and this,

you get an DC and a AC, at the same time.

This gives you the pulsation.

So, the, the ground wire has to actually be a physical wire that's not nano,

could not be nano coated, that goes to a ground condition, correct?

Yes!

Or you connect it to the earth of your euh, system in the house

Should be connected to a copper pipe somewhere, if you have copper pipe?

You can do, yes, but where do you find a copper pipe in a Space?

No! I was just talking about residential homes that

Yes! Yes! But we look at the Space technology,

then you understand what I'm talking about.

Maybe the humans in the ground?

Maybe?

Umm, so, now euh, we are running it's early hours of morning in Europe,

we are nearly around about 5 o'clock in the morning.

We have released what we promised, you've seen the simplicity of it.

Please start producing it,

share the knowledge!

Spread it on the Internet,

as a generator, put it with the system.

We released another working unit, you can go and see it in Washington.

Ask your Ambassadors, your Presidents, or whoever is in Washington to go and have a look at it.

And euh, we start selling the units, after the company, factory comes off the holidays,

Nnn, and it's not that it's there, it'll be there, it's with you, you have to do it.

Thank you very much!

We come back tomorrow, if there is anything,

tomorrow afternoon, once we know Douglas has set it up,

and euh, people who are supposed to be able to run it are there.

Or you make it, and show it to us by Thursday.

May ask, may I ask a question please?

Who's speaking?

Euh, this is Joe, Joe Batista from Brazil

Yes?

Euh, why this blue compressor does not have a capacitor for it's start?

Because it's set up that way.

Hmm! Thank you!

You need the difference, the capacitor allows the difference,

that one feeds the other, if they both are the same, there'll be no oscillation

That capacitor in charging creates that difference.

Don't forget these euh, winding's have a magnetic wires, the... set up

Ok! Thank you, Mr Keshe!

Thank you indeed!

Umm, we gave you the freedom, it's for you to use it,

and Teach it, and show it, and hopefully,

as we said, now you have seen,

why we introduced the Magrav system last year.

And in the next few weeks,

we Teach you how to reach whatever you need from these systems.

Now you don't need to go and produce,

a spinning wires to create the Magrav power,

if you know how to use this,

you can create everything you need directly from your plugs,

because everything is in a plasma,

not in an electron vibration,

and it's a huge amount of energy.

(foreign language breaks in) Hi, Mr Keshe! This is, this John Ling from, from China

And, euh people asking about the com, compressor,euh,

we need to do some kind of nano coating for the compressor?

No, no, no nothing, you just buy it off the shelf and do it!

It's a little black unit you can buy attached to the compressor tank.

You don't need to buy a huge compressor?

Ok! And the wire in the compressor it's, just, just regular wire?

Standard, yeah, regular wire, just buy a unit it's there, you don't

Just connect it ok?

Just connect it, yeah! Ok!

Ok! If you have two fridge freezers at home, do it this way it still works.

Alright that's ok for me!

Ok!Thank you very much!

Thanks for today!

And I hope we started the Freedom for Man.

I do! I don't apologize for delays, but had a meaning,

there was a reason for it,

and euh, our Team has kept to it

Please euh, release this on the Internet, show it that people can do it

And mostly probably, other people will develop it in different ways,

for a betterment of the human race.

Ah, Mr Keshe! Did you say that it should be released euh, together with the video euh,

from one way?

Yes, please! Yes please! We'll have to set that up together!

That they can see it Maybe I already

Yes, Set them together, please!

Thank you!

Yeah!Thank you very much, good morning, and good night to you!

We try euh, tomorrow, if Douglas has set his self up,

to allow... to go in,

and we do a Livestream, that you can ask him, people can see it, that you,

you get the confidence that the technology is yours,

and it's yours to change

Thank you very much, and good night, or good morning?

Yes!(laughing) Thank you very much, Mr Keshe!

I'm sure people will have lots of questions for the next Workshop,

euh, or before then, and euh, this is euh...

We'll see?

This has been quite a day! Ok! Well

Thank you very much!

Thank you! And thanks to everybody, around the world,

who attended, and of course, to umm, everyone on the Team,

who made it to Washington, and joined in, and so on.

And it's been an amazing, amazing time,

and err, I think we'll end it now.

So, stay tuned for more later.

We'll close the Livestream for now.

Is Vernie still, is Vernie still ?