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Chapter 5: Explanations about questions

 

(1) The law of action and reaction

I admit that the reaction acts on the permanent current. The electromagnetic force is generated in the normal-conductive magnet as the result of the action by the magnetic field of the permanent current.

I admit that the electromagnetic force works to the permanent current as the reaction. I say only that the impulse of the electromagnetic force which is the result of the reaction is sometimes canceled without changing into the momentum and change into the other energy. Because of this, I think that it isn't against the law of action and reaction at all.

 

 

 

(2) A magnetic field by a permanent magnet

I answer the question that even if a small permanent magnet is brought near and far a part of superconductive magnet by human hands, a magnetic field of different strength which moves is given to the superconductive magnet, an electromagnetic force acts on the superconductive magnet.

The moving velocity of the magnetic field in case of this permanent magnet is very slower than the velocity of light which is the moving velocity of the waveform of the ripple current, i.e. the moving velocity of the magnetic field of the ripple current. Therefore, while the permanent magnet moves slowly, as all electron pairs which compose a permanent current flowing at high-velocity receive an impulse above the constant value in the constant time, the regulation of the momentum order doesn't need to work. Even if supposing that the scatter occurs to the value of the impulse and that the regulation of the momentum order works, as the scatter is small, the cancel of the electromagnetic force by the regulation of the momentum order becomes small and a remarkable change wouldn't appear.

See the section 2 " The electromagnetic force of the permanent magnet " in the chapter 3 of "Research on Momentum Order ".

 

 

 


(3) Ripple current and alternate current

I think that a problem takes place for the superconductive condition when an alternate current having positive and negative ingredients and flowing continuously is passed to the electromagnetic engine.

On the other hand, I think that the electromagnetic engine functions when a ripple current of very low voltage and very high frequency having only a positive or negative ingredient and flowing intermittently is passed to the electromagnetic engine. For details, see the section 3 "Comparison of ripple current and alternate current at my equipment " in the chapter 3 of " Research on Momentum Order ". However, even if supposing that passing an alternate current is not a problem for the superconductive condition, the electromagnetic engine doesn't function when passing an alternate current. It is because the repulsion or the attraction to act on the normal-conductive magnet repeats turning very much in short time and it is of no use as a driving force.

 

(4) About entropy

See the section 4 " About the increase of entropy " in the chapter 3 of "Research on Momentum Order ".

 

(5) About circular electric current

See the section 5 "About circular electric currents " in the chapter 3 of " Research on Momentum Order ".

 

(6) About the relation with the conventional technology using superconductivity

See the section 3 " Applied superconductivity technology and my theory " in the chapter 4 of " Research on Momentum Order "

 

 

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