Claims EP5447221

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    Conclusions:

    1. A gravity producing system, method, concept and technology is

    claimed whereby in a reactor-embodiment (10) with at least one (!)

    or more (") spaces (i.e. cavities 11) - possible wise separated by at

    least one solid (1#A), gaseous (1#$) or other state layering matter %

    under vacuum and&or centri'ugal conditions % a chain o' energetic

    events is created via a rotative so't or hard magnetic (1"A), initiation

    o' a basic ioniation o' a gas (i.e. hydrogen 1A) or other elements,

    which then triggers a controllable chain o' energy trans'ers (so called

    *cintillation) to the ne+t 'ollowing layer(s) o' introduced gasses (i.e.

    e 1$, e 1C, Ar 1, /r, e 1), o' other introduced elements -

    which can be all - o' the periodic table (i.e. 2i, $e, /, Ca, 3i, 4 5t,

    etc.) and&or their introduced molecule combinations (i.e. a vapor), by

    that chain o' inter-layer trans'ers several other physical phenomena

    are caused and created, such as:

    Compression and decompression inside the reactor

    chamber,

    6otation,

    the creation and interaction o' one or more magnetic 'ields(i.e. 0 and 1) in the center core o' the reactor,

    the development o' heat (#0) due to ioniation and the

    magnetic 'ields and their reconnection(s) by the matters

    in the center core (also called caroline core (17, A, C)

    and the magnetic 'ield in turn created in the outer core(s)

    (1, $, ) in the reactor chamber (11),

    magnetosphere e''ects () o' the two magnetic 'ields o'

    the center core, and the magnetic 'ield o' the outer core,

    the emission o' rays up to 8ltra 9iolet 'or heating up thematerials in the core(s) or plasmas,

    the creation and convection motion ("1, 1) 'or creation o'

    current in at least one core (0, ) and the single and

    double magnetic 'ields which create the 'undamental

    cyclic trans'ormation &retrans'ormation o' the gas and&or

    matter involved 'rom ground-state to e+citation-state(s),

    which the interaction between the two magnetic 'ields, o' at least two

    cores, leads to the creation o' gravity and anti-gravity due the

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    creation o' the double spherical or other shaped superimposedmagnetic 'ields (0 and 1, 70), and whereby this will cause the

    rotation (;0) o' the containment vessel(s) ( all 1) o' the caroline core

    , and

    a. the rotation o' the inner core (#) causing the rotation in at

    least one central column in at least one chamber, and the

    central column (1!A) may:

    i. ither turn completely, powered by a power source

    (1;

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    borehole 1!$) 'or the distribution and&or collection o'relevant gas(ses), matter and&or plasma (7),

    c. 3he central column possible wise can have at least one

    electrode (1"$) - but very pre'erable several % to collect

    electric current 'or transportation (1"C) to the outside o'

    the reactor,

    d. 3he central column can have % depending 'rom the type

    o' reactor (i.e. 1#A, 1#$) and corresponding type o' gas,

    matter or plasma - one or more in=ection-mouths on

    di''erent levels, each 'or another type o' gas, matter

    and&or plasma, pre'erable on a height that correspondents

    with the layering position that this gas or matter will have

    a'ter its atomic weight and&or the purpose o' the in=ected

    plasma or matters,

    e. 3he reactor (10) comprises a body (#) that can made o'

    any natural or man-made material or several materials, or

    in atomic or molecular state - at least made o' one part %

    in which at least one hollow space (11) is positioned, and

    whereby all relevant parts (i.e. the wall ;) % i' needed to

    be protected (i.e. coated, laminated, painted, etc.) in well

    ?nown manners against corrosion, aggressive acids, etc.,

    '. At the outside o' the reactor (10) a number o' relevant

    supporting systems are positioned, such as: pressure-

    tan?s (1;A), reverse tan?s (1;$), turbo molecular pump

    (1;), gas seals, scintillation unit(s)(1;C), electrical

    brushes (1;), heat removal chamber, valves, pumps,

    tubes, closing means, measuring means, control sensors,

    engine(s)(1;

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    repositioned inside the chamber i' there is a need tocollect current, to add new gas(ses), matter and&or

    plasma, and&or to adapt or correct the balance o' the

    lower or higher volume-ratio o' the matter and density,

    h. 3he central column will have on his tip (;7)(central

    position) at least two magnetic means (;#) o' di''erent

    pole, but pre'erable several sets which can be ring wise or

    polarity 'aced wise and sied positioned above or ne+t to

    each other, and on the top o' the column tip one magnet,

    either in polarity strips (>;) or as a single body,

    i. 3he central column may be treated at the inside and

    outside sur'ace by radioactive material (1!)(i.e. liuid,

    solid or a spray), or materials which can radioactively

    decay, or by 'i+ed methods o' scintillatiion li?e microwave

    lamps,

    =. 3he reactor has more than one column, one (>1) with its

    tip positioned in the center area, and at least one (>#) with

    its tip on a di''erent level, but separated 'rom each other,

    ?. At least two central columns ('ig.") are positioned

    opposite to each other, either creating a similar rotational

    e''ect, either creating a con'licting rotational direction,

    l. 3he reactor body contains at least two separate hollow

    spaces o' identical or di''erent dimensions,

    m. 3he reactor body contains at least two separate material

    cores (i.e. by a wall-layer 1#A), a larger encircling a

    smaller, and each may have a proper internal independent

    process, and magnetic interactions may occur between

    their magnetic 'ields, and matters may be e+changed

    between physically separated chambers (C and )

    by connection means (;),n. 3he reactor can be connected by connection means with

    at least one other reactor, either o' a di''erent type,

    dimension, concept, either identical,

    o. @n an e+ternal container (1;C) % outside the chamber - at

    least one scintillating unit (i.e. made o' partially o' Cs17")

    is available which will have a normal radioactive behavior

    or his natural decay inside or outside the chamber,

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    p. 3he reactor having either a solid structure (10), either adynamical structure and being able to adapt its structure

    a'ter, (i.e. the internal pressure and temperature), and

    being secured by magnetic seals (1!C) and&or 'ields,

    . 3he reactor core can have several overall shapes, such

    as: per'ect spherical, elliptic, hal'-circular, etc.,

    r. 3he reactor wall (;) and&or material core wall (>$) can

    have locally or overall several topological shapes, s?ins

    and&or 'urnishings, such as: per'ect smooth, dimpled,

    grooved, triangled, etc.,

    s. A material core (>$) can be surrounded by conductive

    wires (i.e. copper) or bands which can create additional

    Alternating Current, which can be superimposed on the

    irect Current(s) which are created within the core,

    this results in a completely new type o' dynamic energy-source

    and energy concept which also implies the control over local

    gravity, which brings a large number o' new products and

    applications, such as:

    t. 3he creation o' gravity and anti-gravity,

    u. 3he creation o' internal heat source leading to creation

    and the interaction o' two or more magnetic 'ields,

    leading to creation o' gravity, shielding and current

    production in alternating or direct or electrovolts levels,

    used in the space, aircra't, and submarine, sea-bottom

    habitat, liuid habitat li?e in a container tan? or 'or nano

    technology in blood vessels, colonisation cra'ts and

    colonisation systems (i.e. cocooned atmosphere

    conditions on a sea bed, beneath sur'ace or on sur'aces),

    v. 3he same as u. but now creating at least one e+tra layer

    with a magnetic 'ield rotating in opposite direction to atleast one other magnetic 'ield, within at least one core or

    outside the boundary o' the system, creating in e+ample a

    impenetrable 'ield and use'ul 'or reentry or e+it o'

    atmospheric conditions, or 'or laser-li?e e''ects o' co-

    e+isting magnetic 'ields (i.e. surgery, cutting tools and

    long-distance communication),

    w. 3he production o' energy via so't 'usion (i.e. cold and

    warm 'usion),

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    +. 3he production o' plasma due the creation o' gravity atmolecular level between two magnetic 'ields (#1, #)(!,

    !7) o' two cavities or more in a system 'or creation high

    temperature plasma in 'usion industries (#0),

    y. ew concepts o' batteries, lighting devices (i.e.

    transparent reactor-housing, light-bulb, 'loor light, wall light

    and 'lood-light, etc.), security products (i.e. tra''ic lights,

    sensors, water puri'iers, etc.) and industrial and

    household devices and apertures, li?e water-production

    machines,

    . eating and drying devices, the use o' energy production

    capabilities 'or creating heating li?e warming the

    surrounding maters, li?e in boilers and heaters in the

    house 'or central heating systems or individual heating

    systems, and warm blan?eting, using as boiler 'or

    warming up or boiling matters li?e liuids and malting solid

    materials, 'or use as drying system li?e hair dryers 'or

    industrial or commercial drying system, or heating oven, or

    stove or coo?ers in the house appliances, or grilling o'

    'ood appliances 'or private or commercial or industrial

    use,

    aa. Cooling devices due the reverse gravity magnetic 'ield

    generation system(s), where the system will absorb heat

    'rom its surrounding, to cool its surrounding 'or use in the

    air-conditioning 'or buildings and cars, and cra'ts or any

    ob=ect which can carry any other ob=ect, re'rigeration

    systems o' any ?ind , production o' ice or 'roen state o'

    any material or matter,

    bb. 3he production o' new materials in and outside the reactor

    chamber under speci'ic magnetic and&or gravitationalconditions (i.e. directional nano growth, the welding o'

    atoms and molecules, etc.),

    cc. Atom creation 'or human or animal or plant cells, where

    the micro gravitational 'ield in presence o' magnetic 'ields

    in one or more magnetic 'ields created in the center o' the

    one or more cavities will allow magnetic 'ields above dar?

    magnetic levels to mani'est themselves and cluster

    together to create the nucleolus o' the atom and in use o'

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    multi layering, then the electrons are allowed to mani'estthemselves, and these processes can be continued 'or

    leading to production o' molecules, and base material 'or

    the A, where speci'ic energies or magnetic 'ields are

    inserted leading to creation o' the right characteristic o'

    the 'oundation o' the any cell or organs or creatures,

    dd. @n space re'uelling and accessing new material 'or 'ood or

    o+ygen, or parts will easily done, simply by retracting basic

    matters in the cosmos soup and using this method in

    con=unctions with atomic welding methods, all maters on

    continuous bases can be produced or manu'actured as

    demand arises, so there are no need 'or huge inventory

    to carry, one produces in the core as what it is needed at

    that point o' space and time,

    ee. Bravitational devices which can move without contact with

    a carrying substrate (i.e. earth sur'ace, sea, air, etc.), such

    as gravitational li'ted transport devices, li'ters 'or heavy

    products, wheel chairs 'or able and disable bodies, the

    push chair 'or children , or elevators in building, the use o'

    hollow center loop 'itted with rotor blade o' any ?ind 'or

    the manu'acture o' current, 'or s?y or water board , sliding

    board 'or play where the board hover, 'or movement large

    ob=ects, this being 'or automotive or commercial vessels,

    truc?s and trailers or shipping over liuid or solid bodies

    'rom one continent to other or planets or solar systems

    and gala+ies, 'or use o' cycles sliding over sur'ace, cra't

    which can 'ly and have magnetic shielding and

    gravitational 'orce 'ield inside, 'or railway li?e system

    where the ob=ect o' any sie or length can 'lout over the

    trac?, use in the 'or? li't and crane and plat'orm li'ting o'an ob=ect o' any ?ind and sie in industry 'or li'ting ob=ects

    or liuids to any height, 'or the use in the gates and doors

    which will elevate and levitate or revolve by use o'

    antigravity and vice versa, tables and chairs, beds,

    'urnitures o' any ?ind with or without legs or attachments

    to the physical surrounding, shoes 'or wal?ing,

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    ''. @nter-terra development and e+ploration (i.e. transporttunnels and hollow habitat spaces by roc? melting in

    deeper earth and planet layers),

    gg. 3rans'orming units 'or the decomposition and

    recompositions o' waste and old products in new basic

    matter and materials or speci'ic combinations (i.e.

    plastics),

    hh. 5roducts related to the creation o' double or more

    magnetic 'ields superimposed (70), at least two, and 'ully

    in circulating each other in layers, on top o' each other 'or

    multi-layer shielding o' an ob=ect, where at least one

    magnetic 'ields can rotate in one direction or at least one

    rotating in the opposite direction to one or more 'ields, li?e

    'or the use in submarine or space cra't industry, Air- and

    space transport systems and devices (i.e. with magnetic

    shielding e''ect with creation o' imposition gravity) and

    non-air-'riction-systems, products 'or welding industry, this

    being material or atomic welding or molecular welding,

    ii. lectronic devices and components (i.e. computers,

    scanners, etc. with 7-dynamische layers), nano-wire

    transistors, three dimensional screen, three dimensional

    communication holographic systems, etc., and various

    aspects o' nano-technology, where the minuet machines

    needed to be energised and controlled, where the

    pac?ages o' energy can be made or delivered to the

    energy cells or the battery o' the system 'or it to continue

    operation, or the use o' minuet battery system which only

    creates electrovolts current needed 'or the operation o'

    these micro machines,

    ==. Communication systems, by the use o' the so't body, orport o' the reactor at least with one cavity, where the high

    energy magnetic wave are released in the spherical

    domain, or at least in one direction, where the magnetic

    energy will be code in the seuence as in the present

    system but this will be hard to decipher in the inter gala+y

    system, the best method o' space rapid response

    communication will be the magnetic plasma o' the

    element in the seuential chambers, what this means is

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    that the ydrogen plasma magnetic energy will be A,elium plasma magnetic energy will be $ and so 'orth,

    according to atomic weight i' the element, where

    simultaneous small chamber magnetic charge will be

    released in the magnetic energy 'ield level, then there is

    no need 'or decoding or losing in'ormation in the solar

    system or gala+y media, as each element o' the periodic

    table carries it own magnetic energy 'reuencies in the

    plasma magnetic state, and then the time laps will be

    insigni'icant, and inter solar magnetospheric bouncing will

    be used, li?e satellite dishes o' the present time to 'orward

    a massage onto the ne+t system or cra't in the other part

    o' the same system or others,

    ??. ew decontamination systems, and growth provo?ing

    magnetic conditions 'or human, animal and plant cells and

    li'e (i.e. plasma-multi-color light), and radiation protection,

    CD-decomposition system, etc.,

    ll. Eeapon systems (i.e. a 'ragment o' the reactor wall is

    opened under controlled conditions or at least one layer-

    core is opened by physical means and&or at least one

    magnetic 'ield), partial or complete magnetic disintegration

    o' matter on any atomic or molecular level (i.e.

    meteorites), protection 'ields 'or various ob=ect li?e air

    cra't, ships, tan?s, housing, radar-stealth system (

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    mosuito nets and window 'ly nets, or as umbrellas 'orpreventing the sun or the rain 'rom reacting any matter or

    ob=ect, roo'ing, and 'looring,

    oo. 5roducts and applications related to the energy release

    mechanism using so't or retractable wall system o' the

    core that can be used 'or release o' plasma or energy or

    an ob=ect, or material in one or more direction 'rom the at

    least one or more cores o' the system, this being used as

    the rivet machines, nail machines or guns o' all sorts,

    shooting guns 'or de'ence and laser or leisure or hunting,

    using 'or destruction o' matter ahead li?e dynamite, drilling

    machine in any scale or with any power, dentist drilling

    machine, space weapons 'or destruction o' meteorite or

    ob=ect ahead, where the delivered mater will not have a

    physical container as o' the roc?ets and bolts o' present

    time, but pac?ages o' energy being magnetic or plasmas

    or matter o' any ?ind,

    pp. *uction machines 'or vacume system 'or absorption or

    attraction o' other matters by use o' magnetic 'ield

    attraction or physical suction o' the system, this being

    used 'or li?es o' household vacuum cleaners or industrial

    vacuum cleaners, or 'or absorption o' any gas or liuid, or

    solid material 'rom its immediate environment li?e in

    contamination clean up conditions, and this can be

    created through magnetic strength helicities between at

    least two inter-layers (;", ;;) o' material with di''erent

    speed o' rotation and varying atomic weight, creating its

    own localied magnetic 'ield blac? hole (;!) condition

    where by the use o' so't body core or magnetic tunneling

    material can be suc?ed into the blac? hole region 'rom thecore region o' the reactor or by 'acilitating a port hole 'rom

    matters outside into the blac? hole condition, as described

    in anne+ (section G creation o' blac? holeH) and in the

    description,

    . 5roducts related to the creation o' internal heat source

    leading to creation and the interaction o' two or more

    magnetic 'ields, leading to creation o' gravity, shielding

    and current production in alternating or direct or

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    electrovolts levels, used in the space, aircra't, andsubmarine, colonisation cra'ts,

    rr. 3e+tiles (i.e. with memory), and vacuum suits 'or human or

    animal or any ob=ect in possession o' internal gravity 'or

    play or industrial or apace application, li?e toys (i.e.

    human li'ting belts) and sporting products, all sorts o'

    material used 'or 'loating, belts 'or levitation , where

    gravity can be reversed, magnetic shield bowls, diving

    suits 'or submerging in to any liuid or gas in possession

    o' gravity and heating elements,

    ss. 5roducts, machinery and applications related to using the

    magnetic pressurises 'or the production or shaping o' all

    ?inds o' material or containers and use in the pressure

    moulding and pressure casting, or 'or the pressure

    pumped systems o' all types o' materials and matters, li?e

    the water pumps, in=ectors 'or computer industry printing

    and etching system,

    tt. Iero gravity machines 'or production o' material, where

    the reactor will, by in circulating the inner cavity, where the

    material is produced, li?e in 'las? or a room , where the

    magnetic 'ields o' one or more do not pass the inner

    physical boundary o' the containment but creates the ero

    gravity condition in the inner cavity but not at the same

    time a vacume condition, this being used 'or li?e

    production o' silicone or 'or the micro chip industries

    where clean but ero gravity condition is necessary,

    uu. Fedical devices and applications, due the creation o' one

    or more so't magnetic 'ields 'or matching the magnetic

    'ield but at the same time in possession o' gravitational

    'orce system, with temperature level control reuirements'or medical use , 'or li?e reseating o' the magnetic or

    energy levels o' human cell 'or eradication o' cancer cell

    'rom a tissue, 'or blood cell 'or blood cancer, li?e dialysiss

    machine, or creation o' condition 'or the growth o' body

    part in the e+act position on the body, o' remote matter or

    organs replacement without cutting tissues or organs 'rom

    outside to reach the organs or part in the matter, this is

    un-intrusive surgery, incubators 'or premature bore child,

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    where the gravity can be reduced to allow breading in aso'ter conditions, where heat and liuid condition o' the

    internal environment o' mother reproduction organs can

    be replicated, @ncubators 'or animal production, Drgan

    transplant without intrusive method by transmutation o'

    the organ in its position and in position reconnection o' the

    organ through remote one or more gravity laser beam 'or

    the swing o' the organ in its position,

    vv. lectrical power generation, using one or more materials

    in the cavities, by the use o' collection o' the appropriate

    charge particles 'rom the right electrodes specially

    positioned in the e (7) and Ar () layers or on the

    appropriate material layer, where the positive charges can

    be utilised as well as the negative charges 'or operation

    and used within or the outside the parameters o' the

    system, that is to say the protons carry as much energy or

    most instance more than the its electron counter parts,

    where ever they are collected in one or more cavities o'

    the reactor, and by which the total utilisation o' all

    energies 'rom all parts o' an atom even the magnetic dar?

    matter is possible, and not =ust the electrons as has been

    done up to now,

    ww. Atomic welding applications and technology, as a

    simpler way to produce or 'use matter together than 'usion

    methods - where large energies are reuired to 'use to

    atoms together - where atomic welding brings to near

    similar atoms or molecules together and only add one

    electron or proton, or an neutron 'or the two atoms to

    become one, which is in reality the reverse atomic decay

    or hal' li'e system method, which the world o' science hasnever understood, where 'or e+ample potassium goes

    through beta decay to become argon, where i' one add

    beta in the magnetic and gravitational condition one can

    create potassium 'rom argon, thus applying the material

    creation in the universe, where the atoms do no start

    always 'rom hydrogen to go to uranium, but they =ust

    simple weld into higher element to create heavier

    elements, li?e creating 117 element out o' @ron ;! and ;"

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    (which is a double magnetic element and there'ore can becalled magnetically a Jdar? matter),

    ++. 5latting and etching methods, applications and devices,

    lithography,

    yy. *pace travel without use o' any 'uel using the gravitational

    pull o' a targeted planet, where the double magnetic

    material created in one or more cores could be 'ed into

    three independent, 10 degrees positions, 'or creation o'

    the planetary gravitational pull, where one reactor will be

    'illed and two other reactors on approach to or near the

    destination will be reversed bac? in gravitational 'orce

    using a di''erent magnetic dar? matter 'or brea? or slow

    down system,

    . on-tangible magnetic loc?s in position o' gravity where

    the two magnetic 'ields are matching but opposite that

    they can loc? into each other,

    which are described in claims herea'ter in more detail or in

    'ollowing patentsK

    . 6eactor-embodiment (!), as described in claim 1, which has one

    rotating chamberK

    7. 6eactor-embodiment (!), as described in claim , where at least

    two gasses o' di''erent atomic weight are inserted which position

    themselves due the centri'ugal e''ect in layers: (1) the lighter

    gas(ses) at the inside (so called inner core A) and () the heavier

    gas(ses) at the outside (so called outer core $)K

    #. 6eactor-embodiment ("), as described in claim 1, which has at least

    two internal chambers (C and )K

    ;. 6eactor-embodiment, as described in claim 1, which has at least two

    internal chambers, 'rom which at least one in stationary ()K

    !. 6eactor-embodiment, as described in claim 1, which has at least two

    internal chambers, 'rom which at least one (C) is connected with

    the central column (>) and both rotate togetherK

    ". 6eactor (10), as described in claim 1, where the central column

    (1!A) is in rotationK

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    . 6eactor, as described in claim 1, where the central column is staticK

    >. 6eactor, as described in claim 1, where there is not central column in

    at least one chamberK

    10. 6eactor, as described in claim 1, where there is a di''erent central

    column in at least two chambersK

    11. Central column, as described in claim 1, which can have several

    shapes and&or concepts, at least in one chamber, such as: 'ully

    telescopic, partly telescopic, with a pipit inside, without a pipit inside,

    partly dynamic (i.e. only tip part rotates)K

    1. Central column, as described in claim 1, rotary-blade(s) or saddle(s),

    covered with various materials (i.e. radioactive), euipped with

    magnetic means (i.e. solid, liuid, coils, electromagnetics, ioniation

    emitters (i.e. lamps, microwave, chemicals, etc.)K

    17. Fethod where - under centri'ugal and vacuum conditions - a

    turbulence, rotation, compressive and heating o' a gaseous matter is

    created in a reactor by at least one central rotative magnetic 'ield

    with the purpose o' creating plasmatic conditions leading to various

    physical phenomenaK

    1#. Fethod where - under centri'ugal and vacuum conditions in presence

    o' ioniation condition - a turbulence, rotation, compressive and

    heating o' a gaseous matter is created in a reactor by at least one

    central rotative magnetic 'ield with the purpose o' creating plasmatic

    conditions leading to the creation various magnetic 'ields where at

    least the interaction o' two magnetic 'ield would lead to the creationo' at least one gravitational 'orce phenomenaK

    1;. 6eactor ('ig. 1 to >), as described in claim 1, that can create at least

    one spherical or other shaped non-tangible magnetic 'ield (0, 1,

    70, #0, #1, ;0, !, !7) at least in one chamberK

    1!. 6eactor ('ig. !, ), as described in claim 1, that can create at least

    two spherical or other shaped non-tangible magnetic 'ields

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    superimposed or encircled one inside the other at least in onechamberK

    1". 6eactor ('ig. ), as described in claim 1, that can create at least two

    spherical or other shaped non-tangible magnetic 'ields (0, 1)

    superimposed or encircled one inside the other at least in one

    chamber, 'or the creation o' gravity and antigravity (i.e. li't, levitation),

    and&or at least a double magnetospheric () e''ectK

    1. 6eactor ('ig. ), as described in claim 1, that can create at least two

    spherical or other shaped non-tangible magnetic 'ields (0, 1)superimposed or encircled one inside the other at least in one

    chamber, 'or the creation o' plasma 'or cold or hot 'usion process,

    including the containment o' such plasma, in position o' gravity 'or

    'usion processes (i.e. power generation, production o' new

    materials)K

    1>. 6eactor, as described in claim 1, to generate electric current (0, 1,

    , 7) at least in one chamber through ioniation, turbulence,

    convection, rotation and plasma, and magnetic 'ields and interaction

    between at least two magnetic 'ield, and at least in one layer o' thematerial in one chamberK

    0. 6eactor, as described in claim 1, to generate heat in at least in one

    chamber through ioniation, turbulence, convection, rotation and

    plasma, and magnetic 'ields and interaction between at least two

    magnetic 'ield, and at least in one layer o' the material in one

    chamber, which will deliver heat ("0) to at least one material in at

    least one chamber or to the surrounding outer layer o' the inside o'

    the reactor, or at the outer boundary o' the reactor (i.e. 'or heat-

    trans'ers, heat e+changers or heating or lighting (i.e. steam)K

    1. 6eactor, as described in claim 1, to generate cooling in at least in

    one chamber through ioniation, turbulence, convection, rotation and

    plasma, and magnetic 'ields and interaction between at least two

    magnetic 'ield, and at least in one layer o' the material in one

    chamber, which create cooling e''ect to at least one material in at

    least one chamber or to the surrounding outer layer o' the inside o'

    the reactor, or at the outer boundary o' the reactorK

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    5

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    15

    20

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    . 6eactor ('ig. 10), as described in claim 1, which possesses % in atleast in one chamber - all type o' heat, current, magnetic 'ield

    (gravity and plasma), i.e. space-cra't technology, magnetic shielding.

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