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Fields

Principle of magnetism

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Categorie: Fields

Question from the forum by Samal4:

Just today, I received news from Reuters that a man can attract metallic objects to his body! Click the link below to see the video report based on this matter, and I wonder what's the cause for this man to operate such phenomenon.

Answer from MT Keshe:

Since human bodies are not all made of the same and exact combination of matters, hence they produce different Magravs, even though we all look as having the same two legs, arms and internal organs, but in truth different bodies can create different fields that these can attract or reject any matter or fields of any strength from his environment and as one can create fields of different strength, this means that different bodies are receptive to different field strength and matters and all human bodies can attract or reject different matters and fields as others. 

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Plasmatic Magnetic Fields and SEPMAF's

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Categorie: Fields
The general hypothesis is that for the creation of matters neither needs excess temperature, nor extreme pressure, but all matters characteristics can be reached by altering the fundamental plasmatic magnetic energy (PME) of Specific Entangled Plasmatic Magnetic Fields (SEPMAF). Like PME A and PME B in the image below. Where SEPMAF's are what we call today in physics; initial  parts  of  fundamentals  of particles and atoms. Protons, neutrons and electrons are collections of SEPMAF's  which their magnetic fields have a specific structural magnetic entanglement, for example as the double plasmatic magnetic structure shown in the first image 1A.



Each type of SEPMAF's has a proper strength and magnetic structure. These basic plasmatic magnetic entanglements have a loose binding character, and not a fixed single magnetic field as in solid magnets. That loose plasmatic magnetic binding of a SEPMAF may be altered by the presence, characteristics and behavior of other SEPMAF’s (like in image 1B the PME G & H in PME C), namely by their plasmatic magnetic strength and structure, and by their position and motion. The strength of SEPMAF’s of the same type can alter within certain limits, thus their structure is dynamic.
 

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