"I will make known to you the construction of a wheel
which in remarkable manner moves continuously."
Petrus Peregrinus of Maricourt
This article presents Geomagnetic Motive Systems (further: Geomagnetic Motors) which are explained here with help of experimental devices that collect, guide and exploit
ambient magnetic fields, what induces continuous motion of rotor.
Methods of constructing space-time allow unlimited harnessing of energy of lardge-scale magnetospheres and/or artificial electromagnetic environments.
1. KNOWLEDGE NESSESARY FOR HARNESSING OF ENERGY OF MAGNETOSPHERES.
Construction of Geomagnetic Mototrs requires understanding of Universal Prinsiples and basic knowledge of classic laws of electromagnetic theory, wave mechanics, dynamics and geography.
Geomagnetic Motors benefit from known property of some metals to become magnetised respectively to theirs geographic orientation. This property merges from fine tuned structure of atoms forming metal, where magnetic flux is conducting thousands times easier than through chaotically moving atoms of surrounding air. Magnetic fields preffer action within metals, such manifesting grand principles of least action and conservation of energy.
Magnetising metals produces magnetomotive and electromotive forces where distribution of vectors of motive forces is preferably perpendicular to surfaces of body of metals. This phenomena is applied for construction of magnetorefractive screens where surfaces of screens governs topology of motive forces what considerably increases efficiency of magnetomotive and electromotive systems. Parallel surfaces interact stronger than tangencial, what allows asymmetric potential of interactions. Magnetic refraction is calculated with principles of superposition.
Being poised within magnetic fields - ferromagnetic screen becomes induced, generating own magnetic poles which are opposite to poles inducing screen. Magnetomotive forces work for aligning screen with ambient magnetic fields what produces acceleration and inertia. Magnetisation of ferromagnetic screens cause theirs interaction where like-poles repeal and opposite poles attract. Ambient magnetic fields instantly magnetise parts of working mashines such inducing magnetomotive forces acting as motive source of Geomagnetic Motors.
2. BASIC METHODS OF HARNESSING ENERGY OF LARGE-SCALE MAGNETIC FIELDS.
Geomagnetic motor is explaned here with help of experimental device that primarily consists of set of magnetorefractive screens and rotational axis. Screens are made of siliconed steel in form of strips having edges curved oppositely. Eight screens form magnetorefractive frame in form of square where every side of square consists of two screens forming inverted cog on middle of side of square. Square is oriented to coincide its diagonals with compass, what causes mirror-symmetric magnetisation of screens. Polarised screens repeal on polar diagonal and attract on equatorial. Such frame becomes many-polar magnet able to attract or repeal objects inside and outside of it, and can serve as rigid rotor or stator.
Clicking on image links to video where magnetorefractive frame re-forms into rotor and stator where interaction of magnetizing magnetorefractive screens produces
torque induced by Earth's magnetosphere.
clean generation of energy.
constantly re-magnetising to be opposite to nearest geographic pole.
Rotor's arms move in space but
rotor's polarisation remains unchanged with respect to geographic orientation and stator.
3. APPLICATION OF PERMANENT MAGNETS AND DIAMAGNETICS.
Explained above square magnetorefractive frame can perform as rotor of Geomagnetic Motor. Following experiment presents square (or cross-like) rotor inducing by ambient magnetic fields and additionally driven by stator consisting of magnetorefractive fork, where
screen is made of strip of copper and has permanent magnet placed inside of fork.
motive by Earth's magnetosphere and permanent magnet framed by copper screen.
Stator's screen is induced by permanent magnet and refracts magnetic flux in array where refracted magnetic fields attract oppositelly polarised screen of rotor and in same time repeals like-polarised rotor's screen, what produces torque and continuous revolutions of rotor. Stator can be arranged both outside and inside of rotor, and both stator and rotor can consist of various quantities of arms, cogs, and magnets of various geometry and harmonics.
within alternating electromagnetic fields of mashines for generation of useful electric currens.
4. ROADS TOWARD GEOMAGNETIC UTILITIES.
Earth's magnetomotive forces are innoticable in every-day experience: railroads and trains manifest that they are attracted to ground and it is hard to contemplate that they are attracting by distant Arctic and Antarctic.
Presented here Geomagnetic Motors demonstrate that Earth's magnetosphere can work for us without rest and recharging, and need no refueling or reparations.
Productivity of emerging masnines rises proportionally to theirs mass and dimensions of working parts. Acceleration and temporal progress of working Geomagnetic Motors allow progress of out-loading energy. Induction and inertia are incorporated in process of generation of energy.
Geomagnetic Motors meet no geographic any environmental limitations, can work in basement and on roof, under water and in outer space. Local generation of energy
eliminates need for large transmission systems.
Temporal variations of productivity are inessential if compared with solar-, wind-, and hydro-energy.
Linear Geomotive motors can work on same methods as presented circular devises, and can serve for lifting, conveying, launching and any transportation purposes.
Clicking on image links to video where geomagnetic rotor is made of rings of carbonated iron. Asymmetry of rotor facilitates contemplation of variable speed, attraction and repulsion, positive and negative resonances, axial precession and floatin barycenter.
Cost of produced energy becomes lower than ever dreamed.
Emerging technology posesses great multitude of possible utility applications. Generated torque and electromagnetic oscillations are conventionally convertible into
secondary carriers of energy, such as electric currents and hydrogen.
Wind- and hydroenergy is conventionally integrating with geomagnetic utilities. Application of presented methods can improve efficiency of various contemporary working mashines.
Earth's magnetosphere can be substituted by every planetary or stelar magnetic fields, or by magnetic fields locally induced by permanent magnets or electromagnets.
Assuming listed above - it is naturally to suggest that perspectives for utilisation of
Geomagnetic technology, looking like "personal highway" and
we are living in times of grand changes leading us toward distant stars.
5. SCIENTIFIC BENEFITS OF DISCOVERED.
Presented here prototypes of perpetual Geomagnetic Motive Systems are interesting
"philosofical instruments" that can serve for:
~ contemplation of achieved harmonic interactions between mashines and Nature;
~ approaching understanding of behavious of objects existing within evolving
geometrodynamic and energy fields of micro- and macrocosmos;
~ analising of various sustainable systems and perpetual processes;
~ challenging thermodynamics for permitting perpetual systems to be fed by
large-scale dynamical processes;
Simplicity and hyperefficiency of discovered solutions might conceive
universal equations which turn wheels of evolution, drive galaxial disks and electron shells.
Magnetic fields harmonically acting everywhere in space and time, where matrix conditions of asymmetric magnetic fields are often and natural circumstances of existance of various
sustanable phenomena proceeding with endless evolution.
All rights reserved.
12 of August of 2007.
Published by Taras Leskiv - author of this article and
inventor of "Geomagnetic Motive Systems".
Mail to: ageofmagnetizm [at] yahoo.com
* Readers of this article are encouraged to replication of presented experimental devices, and discussing them with inventor and without him.
* Publishing of utylity prototypes shall wait till patent applications will pass unavoidable milestones.
* Dealing with inventor is easier than without inventor.
Note for Dexters: current conditions of my business disallows me to provide informational support of attempts of experimental replications, - and I should limit my communications to discussions of successfully build devices - only. Taras Leskiv, August of 2008
WORKS WITH ELECTRODS
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AGEOFMAGNETIZM
Last updated: August of 2008.