Electromagnetic Gravitational Interaction [RUS]  

Conference "Time Machine", Moscow, Conference hall Hotel "Cosmos", April 12, 2003
New Energy Technologies, Issue #3 May - June 2003
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In the article some mechanisms of electromagnetic gravitational interaction will be considered in the view of the Unified Theory of Field, Space and Time. See the complete description of The Unified Theory of Field, Space and Time at http://uic.nnov.ru/~kovy2; http://uft.hl.ru or in the book [1] which has the same tide.

First of all, let us consider the structure of Space-Time where the radiation propagates. In our World gravitation is the unique substance which exists everywhere and gets over any obstacles. There are no known methods of insulation of gravitational field in modern science. It is impossible to imagine space and gravitation separately. Gravitation exists everywhere where there is some space. The gravitational field created by all masses of our metagalaxy is the aether in which cosmic objects moves and electromagnetic oscillations are propagated. The space surrounds us since the whole matter carries gravitational charge of only one sign. From astronomical research of cosmic space it follows that radius of metagalaxy is equal to the critical (gravitational radius) and hence gravitational potential is equal to c2~1017[m2/c2] in each point of space.

In our space the sum potential of the electric field is equal to zero. All bodies and space-time as a whole are electrically neutral. This assertion follows from two unique properties of gravitational space-time:

  1. Values of electric charges of different signs of elementary particles are exactly equal.
  2. There is an equal number of elementary particles- which carry electric charges of different signs.

If electric potential is equal to zero in the given point of space then energy of alternating magnetic field passes entirely to the electric field and radiation gains the parameters of electromagnetic oscillations. However electric potential of positive and negative signs can prove its properties at the simultaneous charging of different local spatial regions. In the electric field the character of radiation differs from that one which is observed in ideal gravitational space-time (without electric potential).

Equations of Electromagnetic Gravitational Interaction:

here E, H, G - strength of electrical, magnetic and gravitational field; μG0 , μE0 magnetic constant of gravitational and electrical Space-Time; εG0 , εE0 - electrical constant of gravitational and electrical Space-Time.

In the presence of electric potential some part of magnetic energy is spent to create gravitational alternating field. Radiant energy is absorbed. Electrically charged spatial regions are perceived by us as filled with a strong absorbing substance. At the same time if the potential of the electric field can be compared to the potential of the gravitational field then spreading of radiation becomes impossible.

Wave Equation of Electromagnetic Gravitational Interaction:  

  here ΦG , ΦE - potential of electrical and gravitational field.

Change of both electric and gravitational field results in the creation of a magnetic field in the region of space-time which has a dual electrogravitational nature. Change in the magnetic field results in the creation of both electric and gravitational fields. The amplitude of electromagnetic and magnetogravitational constituents of the unified electromagnetic gravitational oscillations depends on field potential of opposite nature. The electromagnetic constituent is determined by gravitational potential and the magnetogravitational one is determined by electric potential. Transference of gravitational masses of matter in electrogravitational field-aether causes the creation of the proper magnetic field.

here q, m - electrical and gravitational charge of corpuscle, v- speed of corpuscle.  

Coming from the direction of magnetic field some force influences upon the moving electrically neutral masses. This force is similar to Laurence force.

Electromagnetic gravitational converter designed according to the Searl Effect (Fig. 1) visually demonstrates the mechanisms of electromagnetic gravitational interaction. A detailed description of the experiment is presented in the article [2] by Vladimir Roshschin and Sergey Godin (see http://www.n-t.org/tp/ts/dms.htm).

The device consists of a cylindrical stator of about 1 meter in diameter which is surrounded by 24 cylindrical rollers. Stator and rollers are made of magnetic material and they are magnetically linked (there is no contact between them). Vector of the magnetic field of the stator and rollers is vertically oriented along the axis of the cylinder but it has opposite direction. Rollers are mounted on the movable separator which circles round the stator. Each roller rotates on its axis in the same direction. The weight of the device is 350 kg. During rest, the device is electrically neutral and has proper gravitational charge, inertial mass, magnetostatic field of the stator and rollers.

On rotating of the magnetic system the following effects were observed:

  • Depending on the frequency (up to 35%) the weight of the device was decreased.
  • At a frequency of 550 rpm there is a spontaneous acceleration of the system and turns of the rotor abruptly increase (in quadratic dependence). To stabilize the mode it had to take off the excess energy to active load (up to 7 kWtt) by means of electromagnetic transducers.
  • Magnetic field was distributed in a room as concentric surfaces of 5-8 cm thickness and 50-60 cm period. Depending on speed of rotation of the magnetic system there was a fixed temperature decrease from 0 to 8o within the regions of space which were curved by magnetic field.
  • The glowing (corona discharge) appeared around the working converter.

Appearance of all mentioned effects is caused by the simultaneous presence of electric, magnetic and gravitational fields in the area of the converter.

Fig.1

Electromagnetic gravitational converter

Because of the Searl Effect a very complicated configuration of electric, magnetic and gravitational fields appears in the device. Rollers having their own field B rotate around the stator which has its field B. Cycloidal motion of numerous magnets which are built in the rollers causes change in the magnetic flux. EMF E appears in the area of rotation of the rollers. Electric field is directed along the perimeter around the device. The electric field creates stationary waves which are registered around the device as concentric electromagnetic gravitational walls. Magnetic rollers should be made nonconducting in such a way as to allow electric field penetrating inside. In the presence of the electric potential change of the magnetic flux causes appearance of gravitational field G. This field is directed along the perimeter around the device. In the presence of electric potential the Lorenz force influences the gravitational masses of the rollers. These gravitational masses move in the external magnetic field of the stator. The Lorenz force is directed transversely to the velocity along the cycloid and in the direction of the field B. The value of the Lorenz force depends on the electrical potential, magnetic intensity, mass of the rollers and their traverse speed. The electric potential in its turn depends on speed of rotation of rotor of the magnetic system. As a result the Lorenz force depends on speed according to square law. Rotating gravitational masses of the rollers generate magnetic field B2 . Field B2 generates derived fields E2 and G2 etc.

Spontaneous acceleration of the system does not depend on the direction of rotation. Directions of fields and forces change at change of the direction of rotation that corresponds to acceleration in the opposite direction. When the direction of rotation is changed the weight of the device changes. When rotation is in one direction the field G2 is directed upwards (decrease of weight), when rotation is in another direction, it is directed downwards (increase of weight). In the presence of electrical potential many other interesting but still unstudied phenomena are observed (for example, curve of space, change of speed of time-flow, changes of ambient temperature...). Magnetogravitational converter transforms gravitational energy of space-time into energy of electric field which in its turn is transformed into mechanical energy of the rotating magnetic system and electric energy of the load. Energy resources of the future are not coal and gas reserves or nuclear power. They are in the inexhaustible energy of gravitational aether of our space-time.

Reference

  1. V.Ya. Kosyev. Unified Theory of Field, Space and Time. Nizniy Novgorod, "Arabesk", 2000.
  2. New Energy Technologies #1, 2003, p.35.

Vadim Y. Kosyev, Russia
Email: uft@inbox.ru

New Energy Technologies, Issue #3 May - June 2003

The foreword

I Closed space - time

1 Space, time, ether
2 Closed gravitational space - time
2.1 Spatio-temporal continuum of gravitational potential
2.1.1 Gravitation of absolute space
2.1.2 Spatio-temporal continuum - ether
2.2 World surface
2.3 Density of closed space - time
2.3.1 Density of an ether
2.3.2 Density of substance 
2.4 Electromagnetism of gravitational space - time
2.4.1 Magnetic field
2.4.2 Electromagnetic waves
3 Closed gravitational antispace - time
4 Closed electrical space - time
4.1 Structure of electrical space - time
4.2 Electrical spatio-temporal continuum
4.2.1 Equation of electrical spatio-temporal continuum
4.2.2 World surface
4.2.3 Density of electrical spatio-temporal continuum
4.3 Magnitogravitation of electrical space - time
4.3.1 Magnetic field
4.3.2 Magnitogravitational waves
5 Curvatures of spatio-temporal continuum
5.1 Local continuum inside closed volume
5.2 Change of scale on border local continuum
6 Closed space - time of a double nature. The unified field theory
6.1 Curvature of space - time by a field of other nature
6.2 Mutual transformation of electrical, gravitational and magnetic fields
6.2.1 Magnetic field
6.2.2 Two constituent of velocity of light
6.2.3 Equation of the unified field theory
6.3 Local continuum of integrat space - time 
6.3.1 Formation of an ether of other nature
6.3.2 Redistribution of density of local continuum
7 Waves of continuum
7.1 Waves of gravitational continuum
7.2 Wave of electrical continuum
7.3 Wave of integrate continuum
8 Formations of the closed spaces - time
8.1 Condition of formation of new closed space - time
8.1.1 Capability of formation of closed space - time in an ether of one nature
8.1.2 Formation of closed space - time in an ether of a double nature
8.2 Transformation of substance 
9 Interactions of the closed spaces - time 
9.1 Formation of a spatial channel 
9.2 Moving of substance through a spatial channel 
9.3 Light propagation through a spatial channe 

lII Cosmologies of metagalaxy  

Introduction 

10 Four directions of development of the universe
10.1 Formation of a matter from absolute vacuum
10.2 World surface of the infinite universe
11 Origins of metagalaxy
11.1 Nature continuum of metagalaxy
11.2 New substance of closed space - time of metagalaxy
12 Evolutions of a gravitational ether of metagalaxy
12.1 Density change of substance in metagalaxy
12.2 Critical density gravitational continuum of metagalaxy
12.3 Diagram of evolution of a gravitational ether of metagalaxy
13 Evolutions of an electrical ether of metagalaxy
13.1 Change of a negative electrical field in an ether ofmetagalaxy
13.2 Change of a positive electrical field in an ether of metagalaxy
13.3 Periods of change of density continuum
14 Quasars
15 Formations of space objects
15.1 Formation of elliptical galaxies
15.1.1 Formation of huge elliptical galaxies, sidereal congestions, associations and multiple sidereal systems
15.1.2 Formation of huge elliptical galaxies E1-E7
15.2 Formation of spiral galaxies
15.2.1 Formation of the flat subsystem
15.2.2 Formation of galaxies of a type S0
15.2.3 Formation of normal spiral galaxies
15.2.4 Formation of spiral galaxies Sa
15.2.5 Formation of spiral galaxies Sb
15.2.6 Formation of spiral galaxies Sc
15.2.7 Formation of the crossed spiral galaxies SB
15.3 Formation dwarfish of elliptical and wrong galaxies
16 Cosmic rays
16.1 Formation of cosmic rays
16.2 Diffusion of cosmic rays
16.3 Forming of a energy spectrum of cosmic rays
17 Background radiation
17.1 Formation of a spectrum of background radiation
17.2 Spectrum of radiation of quasar
The conclusion
Epilogue
The literature

New theoryes HOMEPAGE