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Photo of V. V. Roschin


V. V. Roschin and S. M. Godwin:
Magneto-Gravitational Converter



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Experimental Research of the Magnetic-Gravity Effects

by V. V. Roschin (rochtchin@mail.ru) and S. M. Godin (serjio@glasnet.ru)

Institute for High Temperatures
Russian Academy of Science
Izhorskaya 13/19
Moscow 127412, Russia

[This file is reproduced by courtesy of Alex Frolov:  http://alexfrolov.narod.ru]


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Abstract:

In the present paper the results of the experimental research of Magnetic-Gravity Effects are presented.  The abnormal magnetic and thermal changes in the radius of 15 meters from the researched device were measured as well.

PACS:  41.20.-q;  44.60.+k;  76.50.+q


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Introduction:

There has been a great interest in examining nonlinear effects in the system of rotating magnetic fields.  Such effects have been observed in the device called Searl’s generator or SEG (SEG, Searl Effect Generator) [1-4].  An SEG consists of a series of three rings and rollers that go around those rings.  All parts of SEG are based on the Law of the Squares.  The rollers revolve around the plates that form the rings, but they do not touch them.  There’s a primary north and south pole on the rollers and a primary north and south pole on the plates.  Obviously you will have the north pole of the roller attracted to the south pole of the plate.  The plate and the rollers have layered structure.  The external layer - Titan, then Iron, Nylon and last internal layer was made from Neodymium.  John R. R. Searl has supposed that the electrons are given off from the central element (which is Neodymium), and they travel out through other elements.  If nylon had not been put there, the SEG would act like a laser and one pulse would go out and it would stop, build up, and another pulse would go out.  But, with the nylon being there, nylon acts as a control gate, and that control gate gives you an even flow of electrons throughout the SEG [4].  In [4] it was shown that in the process of magnetization of the plate and rollers, the combination of constant and variable magnetic fields for creating a special wave (sine wave) pattern on a plate surface and rollers surface was used.  The basic effects are the rollers selfrunning around a ring plate and reduction of weight up to occurrence of propulsion and flying up of all magnetic system.  These effects come about because of a special geometry of experimental setup.  It was shown that the work of the device in critical regime is accompanied by biological and real physical phenomena.  Unfortunately except for the listed references we could not find other information where similar effects are be mentioned.  In this paper we present the experimental device the results we have obtained.


The Description of the Experimental Installation:

The basic difficulty is in a choosing the materials and maintaining the necessary pattern imprinting on the plate and rollers surfaces. To simplify the technology we decided to use a one-ring design with one-ring plate (stator) and one-ring of rollers (rotor).  It is obvious, that it was necessary to strengthen the rollers on a rotor by the bearings and balance the rollers well.  In the suggested design the air bearings were used which provided the minimum losses due to friction.  From the available description [1-4] it was not clear how it is possible to make and magnetize the stator with a diameter of about one meter.  In order to make the stator from separate magnetized segments executed on the basis of rare earth magnets with the residual induction 1 Tesla; the segments were magnetized in a usual way by discharging capacitor battery through the coil.  Afterwards the segments were assembled and glued together in a special iron armature, which reduced magnetic energy.  To manufacture the stator 110 kg of rare earth magnets were used, and to manufacture the rotor 115 kg of that material was used.  High-frequency field under magnetization was not applied.  It was decided to replace an imprinting technology described in [1-4] with cross-magnetic inserts having a flux vector directed at 90 degrees to a vector of basic magnetization of a stator and rollers of a rotor.  For these cross inserts the modified rare earth magnets with a residual magnetization of 1,2 Tesla and coercive force a little bit greater than in a base material was used.  In Figure 1 and Figure 2 the joint arrangement of stator 1, elements of a rotor - rollers 2 and a way of their mutual gearing by means of cross magnetic inserts 19, are shown.  Between the stator and roller surfaces the air gap d of 1 mm is left.

No layered structure was used except a continuous copper foil of 0.8 mm thickness which wrapped up the stator and rollers.  This foil has the direct electrical contact to magnets of a stator and rollers.  Distance between inserts in the rollers is equal to distance between inserts on the stator.

The ratio of parameters of the stator 1 and the rotor 2 in Figure 2 is chosen so that the relation of stator diameter D and roller diameter d is an integer equal to or greater then 12.  Choosing such a ratio allows us to achieve a magnetic spin wave resonant mode between elements of a working body of the device.



Variant of One-Ring Converter

Figure 1:  Variant of One-Ring Converter



The elements of magnetic system were assembled in a uniform design on the aluminium platform.  In Figure 3 the general view of the platform with one-ring converter is displayed.  This platform was supplied with springs, amortizators and had a possibility of moving vertical on three supports.  The value of displacement was measured by the induction meter of displacement 14; thus the change of the platform weight at once has been defined during the experiment in real time.  Gross weight of the platform with magnetic system in the initial condition was 350 kg.



Organization of Magnetic Gearing Stator and Rollers

Figure 2:  Organization of Magnetic Gearing Stator and Rollers



General View of the Platform with One-Ring Converter

Figure 3:  General View of the Platform with One-Ring Converter



The stator 1 was mounted motionlessly, and the rollers 2 were assembled on a mobile common separator 3, connected with the basic shaft 4 of the device.  Through this shaft the rotary moment was transferred.  The basic shaft by the means of friction muff 5 was connected to the electrodynamics generator 7 and starting engine 6, which accelerated the converter up to a mode of self-sustained rotation.  Along a rotor the electromagnetic inductors 8 with open cores 9 were located.  The magnetic rollers 2 crossed the open cores of inductors and closed the magnetic flux through electromagnetic inductors 8, and induced emf in them, which acted directly on an active load 10 (a set of incandescent lamps with total power 1 kW).  The electromagnetic inductors 8 were equipped with an electrical drive 11 and had an opportunity to smoothly move on supports 12.  To study the influence of the external high voltage on the characteristics of the converter the system of radial electrical polarization was mounted.  On periphery of the rotor ring electrodes 13 were set between the electromagnetic inductors 8 having with the rollers 2 air gap of 10 mm.  The electrodes are connected to a high-voltage source; the positive potential was connected to the stator, and the negative to the polarization electrodes.  The voltage was adjusted in a range of 0-20 kV.  In experiments the constant value of 20 kV was used.  In case of emergency braking, friction disk from the ordinary car braking system was mounted on a basic shaft of the rotor.  The electrodynamics generator 7 was connected to active load through a set of switches ensuring step connection of the load from 1 kW to 10 kW.  The converter under going testing had in its inner structure the oil friction generator of thermal energy 15, intended for taping a superfluous power (more than 10 kW) into the thermo-exchange contour.  But since the real output power of the converter in experiment has not exceeded 7 kW, the oil friction thermal generator was not used.  The complete stabilization of revolutions of the rotor was carried out by electromagnetic inductors connected to an additional load, which was set of incandescent lamps with total power 1 kW.


Experimental Results:

The magnetic-gravity converter was built in a laboratory  room on three concrete supports at a ground level.  The ceiling height the lab room was  3 meters.  Besides the presence of the iron-concrete ceiling, in immediate proximity from the magnetic system there was a generator and electric motor, which contained some tens kg of iron and could potentially deform the field’s pattern.  The device was started by the electric motor, which accelerated the rotation of the rotor.  The revolutions were smoothly increased up to the moment the ammeter included in a circuit of the electric motor started to show zero or lower value of a consumed current or even a presence of the back current.  The presence of the back current is detected at approximately 550 rpm.  The magnetic moving sensor 14 starts to detect the change in weight of the whole installation at 200 rpm.  Afterwards the electric motor is completely disconnected by the electromagnetic muff and the ordinary electrodynamics generator is connected to the basic shaft of the device through the same muff.  The rotor of the converter continues to self-accelerate and with the approach to the critical mode of 550 rpm, the weight of the device quickly changes.  In addition to the change speed of rotation the weight depend of the power, removed into active load, (the set of ten ordinary electrical water heaters of 1 kW was used) and of the applied polarizing voltage, as well.  At the maximum output power equal to 6-7 kW the change of weight G of the whole platform (total weight is about 350 kg), reaches 35 % of the weight in an initial condition G?. A load of more than 7 KW results in a gradual decrease of revolutions and exit from the mode of self-generation with the subsequent complete stop of the rotor.  The weight of a platform can be controlled by applying of a high voltage to cellular ring electrodes located at a distance of 10 mm from external surfaces of the rollers.  Under the high 20 kV voltage (electrodes negative pole) the increase of taped power in circuit of the basic generator more than 6 KW does not influence G while the revolutions per min is not decreased to 400 rpm.  “Tightening” of this effect is observed as well as the effect of hysteresis on G (a kind of “residual induction”).  The experimental diagrams given in Figure 4 illustrate the modes of the converter operations.



Modes of Operation of the Magnet-Gravity Converter

Figure 4:  Modes of Operation of the Magnet-Gravity Converter



The effect of a local change of the platform weight is convertible relative to the direction of rotor turning, and has the same hysteresis.  At clockwise rotation the critical mode comes in the area of 550 rpm and the propulsion force against the direction of gravitation vector is created, by analogy, at counter-clockwise rotation the critical mode comes the in area of 600 rpm and the propulsion on the direction of gravitation vector is created.  The difference in approach to a critical mode of 50 - 60 rpm was observed.  It is necessary to mention that the most interesting region lies above the critical area of 550 rpm, but due to of a number of circumstances the implementation of such research was not possible.  Other interesting effects include the work of the converter in the dark room when corona discharges are observed around the converter’s rotor as a blue-pink glowing luminescence and a characteristic ozone smell.  The cloud of ionization covers the area of a stator and a rotor and has accordingly toroidal form.  On the background of luminescence glowing on rollers’ surfaces we distinguished wave picture.  A number of more vigorous strips of discharges around the rollers were observed.  These discharges were of the white - yellow color, but the characteristic for the arc discharges sound was not audible.  One more effect previously not mentioned was observed i.e. the vertical magnetic “walls” around the installation.  We noticed and measured the abnormal permanent magnetic field around the converter in the radius of 15 meters.  The zones of an increased intensity of a magnetic flux 0.05 Tesla located concentrically from the centre of the installation were detected.  The direction of magnetic field vector in these walls coincided with the direction of rollers’ field vector.  The structure of these zones reminded us of circles on water from a thrown stone.  Between these zones a portable magnetometer, which used the Hall’s sensor as a sensitive element, did not register abnormal magnetic fields.  The layers of an increased intensity are distributed practically without losses up to a distance of about 15 meters from the centre of the converter and quickly decrease at the border of this zone.  The thickness of each layer is about 5 - 8 cm.  The border of each layer has sharp shape, the distance between layers is about 50 - 60 cm and it slightly accrues when moving from the centre of the converter.  The steady picture of this field was observed as well at a height of 6 m above the installation (on the second floor above the lab).  Above the second floor the measurements were not carried out.  The abnormal fall of the temperature in direct affinity from the converter was also found.  While the common temperature background in laboratory was + 22oC; a fall in temperature of about 6 - 8oC was noticed.  The same phenomenon was observed in vertical magnetic walls as well.  The measurements of temperature inside the magnetic walls were carried out by the ordinary alcohol thermometer with inertia of indication about 1.5 min.  In the magnetic walls the temperature changes can be distinctly observed even by hand.  The hand when placed into this magnetic wall feels real cold at once.  The similar picture was observed at the height above installation, i.e. on the second floor of the laboratory as well as despite the ferro-concrete blocking of ceiling.


Discussion:

All the results we obtained are extremely unusual and require some theoretical explanation.  Unfortunately the interpretation of results within the framework of the conventional physical theory cannot explain all the observed phenomena and first of all the change of weight.  The change of weight is possible to interpret as a local change of gravity force or as an occurrence of propulsion force by repelling from its own field.

Direct experiment, confirming a presence of draft force was not performed, but in any case both interpretations of the weight change do not correspond to the modern physical paradigm and demand reconsideration of the standard theory of gravitation or criticism of the second law of Newton, both of which are only possible if we take into consideration the now-advert physical media ether as understood by Faraday-Maxwell-Mie.  From the modern physics position electrization and luminescence of the converter’s magnetic system in the near zone is not completely clear.  The phenomenon of the magnetic and thermal “walls” may be connected with Alphen’s magnetic-sound waves raised in near zone in magnetized plasma induced by a variable magnetic field of a rotating rotor [5].

At the present time we can not give an exact description of the interactions mechanism with environment and transformation of energy, but it is completely obvious, that without the use of the concept of physical media --- the ether in a sense of Faraday-Maxwell-Mie we are completely unable to give physically substantial theory of these phenomena.  In conclusion, we emphasize that the issues of the biological influence effects and especially of the variations of real time stream effects, which must be taking place in an operative zone of the converter, were not considered at all.  These issues are extremely important and absolutely unexplored; though there are some mentions of J.R.R.Searl about healing action of the SEG’s radiation.  Our own experience allows to make only cautious assumption that the short-term stay (dozen minutes) in a working zone of the converter with the fixed output power of 6 KW remains for the people without observed consequences.  The present paper is only a beginning.


References:

  1. Herbert Schneider, Dr. J.B. Koeppl, Hans-Joachim Ehlers:  “Begegnung mit John R.R. Searl”; Raum und Zeit, #39 (1989), pp. 75-80.


  2. S. Gunnar Sandberg:  “Was ist Dran am Searl-Effect”; Raum und Zeit, #40 (1989), pp. 67-75.


  3. Herbert Schneider and Harry Watt:  “Dem Searl-Effect auf der Spur”; Raum und Zeit,  # 42 (1989), pp.75-81; #43, pp.73-77.


  4. John A. Thomas, Jr.:  “Anti-Gravity:  The Dream Made Reality”; Extraordinary Science, VI (2) 1994.


  5. L. D. Landau, E. M. Lifshits:  “Electrodynamics of Continuous Media”; Moscow, Nauka, 1982. (in Russian)



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Technical Physics Letters 26 (12):  1105-1107 (2000)


An Experimental Investigation of the Physical Effects
in a Dynamic Magnetic System

V. V. Roschin and S. M. Godin

Institute of High Temperatures
Russian Academy of Sciences
Moscow, Russia


Abstract:

It is demonstrated that a magnetic system based on rare-earth magnets is capable of converting various forms of the energy, provided that a certain critical operating regime is set up.  As the critical regime is attained, the experimental setup becomes energetically fully autonomous.  This is accompanied by local variations in the total structure weight, a decrease in the surrounding air temperature, and the formation of concentric “magnetic walls” at a distance of up to 15 meters from the experimental setup.


Introduction:

We have experimentally studied the physical effects in a system based on rotating permanent magnets (1).  Below we describe the technology of manufacture, assembly, and the results of testing this experimental setup, which is referred to as the converter.


Technological Description:

The converter comprises an immobile stator and a rotor moving around the stator and carrying fixed magnetic rollers.  The magnetic system of the working body of the converter has a diameter of about 1 meter.  The stator and magnetic rollers were manufactured from separate magnetized segments made of rare-earth magnets (REMs) with a residual magnetization of 0.85 Tesla, a coercive force of [Hc] ~ 600 kA/m, and a specific magnetic energy of [W] ~ 150 K/m3.  The segments were magnetized by a conventional method based on a discharge of a capacitor bank through an inductor coil.  Then the magnetized segments were assembled and glued together in a special mounting stage, which provided for the necessary tolerance in positioning the segments and for the removal of magnetic energy.  Using this mounting stage, it was possible to glue the elements into the common unit.  The stable incorporated REMs with a total weight of 110 kg and the rollers contained 115 kg of the same REM material.

The magnetic system elements were assembled into a single structure on a special platform made of non-magnetic structural alloys.  The platform construction was provided with springs and shock absorbers and allowed the converter setup to move in the vertical direction on three sides.  The motion was monitored by an inductive transducer, which allowed changes in the platform weight to be determined in the course of the experiment.  The total weight of the platform with the magnetic system in the initial state was 350 kg.


Description of the Observed Effects:

The converter was installed in a 2.5-meter high laboratory room using three concrete supports on a ground level.  In addition to the ordinary steel-reinforced concrete ceiling blocks, the converter equipment featured a usual electrodynamic generator and an electric motor, with a total iron weight of several tens of kg (only these parts could, in principle, introduce distortions into the electromagnetic field pattern observed).

The converter was set to operate by over-speeding the rotor with the aid of the electric motor.  The motor speed was gradually increased until the ammeter connected in the motor circuit showed zero consumed current and the current direction reversal.  This state corresponded to a rotor speed of approximately 550 rpm, but the motion transducer began to indicate a change in the platform weight already at 200 rpm.  Then the electric motor was disconnected using an electromagnetic overrunning clutch, and a usual electrodynamic generator was connected instead to the main shaft of the converter via another electromagnetic clutch.  On attaining the critical regime (~550 rpm), the rotor exhibited a sharp increase in the rotation speed; this was accompanied by a slow-down in the rate of the current weight reduction.  At this instant, the first 1 kW load was connected to the system.  Immediately upon this connection, the rotation speed began to decrease, while the Delta G value kept increasing, and so on as depicted in the figure.



Modes of Operation of the Magnet-Gravity Converter


Figure 1:  Modes of Operation of the Magnet-Gravity Converter



A diagram illustrating various operation regimes of the magnetogravitational converter showing (I) load power (kW) and system weight variation; (II) 7-kW load (high voltage off); (III) 7-kW load (high voltage on); (IV) supercritical regime; (V) subcritical regime (1, high voltage off; 2, high voltage on).

The system weight variation depend both on the power consumed by the active load (the load consisted of 10 ordinary 1-kW heating elements) and on the polarization voltage applied.  For a maximum consumed power (7 kW), a change in the total platform weight reached 35% of the initial value in the immobile state (350 kg), which corresponded to 50% of the pure weight of the working body of the converter.  An increase in the load power above 7 kW led to a gradual decrease in the rotor speed and, eventually, to the system going out of the self-generation regime and the rotor speed decreasing until the full stop.  The platform weight could be controlled by applying a high-voltage signal to the cellular ring electrodes situated 10 mm above the external roller surface.  Upon applying a 20 kV signal (negative polarity on the electrodes), an increase in the load power consumption above 6 kW did not affect the Delta G value even when the rotor speed decreased down to 400 rpm.  This was equivalent to “prolongation” of the effect and was accompanied by phenomena of the “remnant induction” type with respect to Delta G.  The converter operation in various experimental regimes is illustrated in the figure.

The effect of the system weight variation is reversible with respect to the direction of rotor motion and exhibits certain hysteresis.  For the clockwise rotation, the critical regime is observed in the region of 550 rpm and is accompanied by development of the force acting against the gravity vector.  For the counter-clockwise rotation, the onset of the critical regime is observed at approximately 600 rpm and the extra force coincides in direction with the gravity vector.  The onset of the critical regime exhibited a scatter within 50-60 rpm.  It should be noted that, probably, some other critical resonance regimes may exist, which correspond to higher rotor speeds and markedly greater useful load levels.  Proceeding from the general theoretical consideration, the output mechanical energy must nonlinearly depend on the internal parameters of the converter magnetic system and the rotor speed, so that the observed effects are likely to be far from optimum.  Establishing of the maximum output power maximum weight variation, and the converter energy resource is of considerable theoretical and practical interest.

Besides the phenomena described above, a number of other interesting effects were observed in the system studied.  In particular, the converter operation in the dark is accompanied by a corona discharge with a pink-blue light emission and by the production of ozone.  The ionization cloud is formed around the stator and rotor, acquiring a toroidal shape.  The general corona discharge background is superimposed with a wavy pattern corresponding to the surface of the rollers: the zones of increased emission intensity are distributed along the roller height in a manner similar to that observed for the high-voltage microwave induction energy storage in the pre-breakdown state.  These zones appeared yellowish-white, but the emission was not accompanied by sounds characteristic of the arc discharge.  Nor did we observe any visible erosive damage on the stator and rotor surfaces.

One more effect, which was never reported previously, is the appearance of vertical “magnetic walls” surrounding the setup.  We have detected and measured an anomalous constant magnetic field around the converter.  The measurements revealed zones of increased magnetic strength on the order of 0.05 T arranged coaxially relative to the system center.  The direction of the magnetic field vector on the “walls” coincides with that in the rollers.  The structure of these magnetic zones resembles the pattern of circular waves on the water surface.  No anomalous field is detected by a mobile magnetometer, employing the Hall effect transducer, in the area between zones.  The layers of increased magnetic field strength are propagating with virtually no attenuation to a distance of 15 meters from the converter center and then rapidly decayed at the boundary of this 15-meter area.  Each layer zone is 5-8 cm thick and exhibits sharp boundaries.  The layers are spaced by 50-60 cm, the spacing slightly increasing with the distance from the converter center.  A stable pattern was also observed at a height of 5 meters above the setup (the measurements were conducted in a 2nd floor room above the laboratory; no tests were conducted on a still higher level).

Another interesting phenomenon consists in an anomalous temperature drop in the immediate vicinity of the converter.  At a general room temperature level in the laboratory (+22oC +2oC), the temperature at the converter surface was 6 - 8oC lower.  Similar temperature variations were detected in the vertical magnetic “walls.”  The temperature changes in the walls were detected by an ordinary alcohol thermometer with a reading set time of 1.5 minutes.  The temperature variations in the magnetic “walls” can even be sensed by the human body: a hand placed inside the “wall” immediately feels cold.  The same pattern was observed at a height of 5 meters above the setup in a 2nd floor room above the laboratory (despite the steel-reinforced concrete blocks separating the rooms).


Discussion of Results:

All the experimental results described above are very unusual and need some theoretical rationalization.  Unfortunately, attempts at interpreting the obtained results within the framework of the existing physical theories showed that no one of these models can explain the whole set of experimental data.

Recently, Dyatlov (2) attempted to combine the concepts of electricity and gravity by introducing the so-called electronavigation and magnetic-spin coefficients into the Heaviside gravity equations and the Maxwell field equations.  This provides for a relationship between the gravitational and electrical components, as well as between the magnetic and rotational components in a given medium.  The assumptions are built around a special model of inhomogenous physical vacuum, called the vacuum domain model (2).  It is suggested that the extra relationships are absent outside the vacuum domain.  Although it is difficult to imagine a long-living vacuum domain, the proposed model provides for a satisfactory explanation (at least on a qualitative phenomenological level) for the appearance of emission, the system weight variations, and the conversion of energy taken from the surrounding medium into the rotational mechanical moment of the rollers.  Unfortunately, the theory cannot provide a physical pattern of the observed phenomena.


Conclusion:

At present, the work on a developed variant of the converter are in progress at the Glushko “NPE Energomash” company (Moscow).  This setup would allow a deeper insight into the physics of observed phenomena.  Another aim is the creation of commercial samples for various practical applications.


References:

  1. Thomas, J.A.:  Anti-Gravity:  The Dream Made Reality ~ The Story of John R.R. Searl; Direct International Science Consortium, London, 1994), Vol. 1, Issue 2.


  2. Dyatlov, V.L.:  Polarization Model Heterogenous Physical Vacuum (Inst. Mat., Novosibirsk, 1998); Translated by P. Pozdeev.





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