Wprowadzenie do Technologii Keshe

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Kt

Licensor: Keshe Technologies N.V. (i.o) - Belgium

More info:

keshe.foundation@gmail.com or info@keshetechnologies.com

© Stichting The Keshe Foundation 2005/2006. All Rights Reserved.

Several International Patents Pending

KESHE TECHNOLOGIES

Static and Dynamic Plasma Reactors

of Products, Devices and Services

Changing ... the Architecture

Keshe Plasma Reactors are designed upon nuclear principles (i.e. the dynamics and interactions
of atomic and molecular elements in vacuum and rotating environments), and in analogy with
basic properties as described in astrophysics and cosmology, with the creation of stars, with the
concept of our Solar system. Also the Keshe discovery of the principle of

double magnetic

field(s)

in micro and macro cosmos is applied in the new reactors. This is one of the new

solutions to realize nuclear fusion, semi-fusion or combination of fusion and fission in a new
“soft” way. Therefore Keshe Plasma Reactors are in principle

temperature and pressure inde-

pendent

, meaning they also can work at atmospheric conditions or room temperature.

Like in Nature, many type of plasma interactions and processes are possible which made
M.T. Keshe, nuclear reactor engineer, design a range of

static

and

dynamic

reactor

concepts, each serving another purpose, such as;

energy production

(in the form of heat,

electric current, light, cooling, etc.); the creation of

gravitational field(s)

for vertical and

horizontal motion, replacing frictional systems like wheels;

decontamination and filter-

ing processes

(i.e. CO2 filtering, production of clean water, new type of magnets like

cadmium magnets);

compression systems

(i.e. suspension);

matter-convert systems

(i.e.

the production of ballistic conductive

graphene

for nano applications, waste

treatments);

atomic welding systems

, etc. There are several working prototypes.

By using the magnetic bio-chemical nuclear method available atoms and molecules can
convert into

new type of materials

- i.e. with high purity, high strength, low weight - for

various industries. This includes industrial production of elements of the periodic table
and their isotopes which were never man-made before, even not experimentally.

Keshe Plasma Reactors can i.e. be used with or built-in into various products and devices,
such as longevity Plasma batteries for electronics and consumer goods, built-in in house-
hold products, machinery and robots, built-in in various vehicles and transport systems
(airplanes, trains, ships, space vehicles and satellites). Where on one side this technology
will reduce the number of parts inside products and devices, it will create new markets
and a large number of new and re-designed products which will provide added value
and consumers satisfaction.

Double or multi magnetic fields can be created in Keshe Plasma Reactors.

CRUST

UPPER

MANTLE

(Plastic Mg, Fe, Al, Si,O)

LOW VELOCITY

MANTLE

ZONE

LOWER

MANTLE

OUTER LIQUID

CORE

(Fe, Ni,S)

INNER SOLID

CORE

(Fe)

CENTRAL PLASMA CORE (H, He)

(Called:

CAROLINE CORE

)

MF1

Double

Magnetic Field

MF1

MF2

MF2

indirect

via convection

via direct

molecular

interaction

Powering electronics and micro-electronics

New concepts of Integrated Circuits and Microchips

New super and ballistic conductive materials

Various fields - Some Examples

Space exploration, observation and exploitation systems,
machines and devices become independent from outside
power sources, such as solar radiation for solar cells.

BALLISTIC FET

(Field-Effect Transistor)

Asteroids and soil of planets become
basic sources for refuel and for the
intake of molecular matter that will
be recombined into desired atomic
or molecular matter.

hydrogen

amino acids

synthetic fibre

plastics

....

H

2

O

Many products now powered by

electrical wire become ‘wireless’.

The plasma reactor becomes the
heart of the vehicle offering
independent long-lasting energy

NEW MARKETS

SUN

ATTRACTION

REPULSION

Planet

Simplified image as Double Solid Magnets

These effects happen however on

loosely-bounded molecular

level.

SIMILARITY

FUNDAMENTAL PARTICLES

Fields shown as Double Solid Magnets

NUCLEUS

ATTRACTION

REPULSION

Electron

DOUBLE MAGNETIC FIELDS


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