Dear friends,

9)Finally we will talk aboutPoynting’s vector, which is one most important concept of flowing of electromagnetic field energy. Under the conventional concept, there are some crazy problems that involved with it which could be seen from the diagram fig.5

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Figure 5. Problems involved Poynting’s vector.

In diagram fig. 5(a), according to the convention Poynting vector, it says that heat dissipates energy in a conductor wire is not come from the flow-in electrons current; instead it comes from the field energy around the wire. Another example is the charging energy to store in a capacitor as show in diagram fig. 5(b), it is not come from the flow- in electrons current; but it comes from the field energy around the capacitor. These problems arise because of the ambiguity of the field, i.e. we do not know what really electromagnetic field is!

To solve the problem of the conductor wire, it is easy by using our new concept that electrons are tiny black holes. Because the electrons will attract the surrounding vacuum medium and creating compressive rotational stress in the medium, which is then manifest as electromagnetic energy around the wire. And according tothe compressive rotational stress, its directionis point toward into the wire, not outward as the conventional interpretation. In conclusion, the flow-in current (of electrons) give rise to the dissipate heat energy while create the surrounding electromagnetic energy around the wire!

Next to solve the problem of the capacitor; again we will use our new concept that electrons are tiny black holes in the same way as was done with the conductor wire. When the flow-in current of electrons accumulates in the upper disc plate of the capacitor, they will create something like a rotating disc of tiny black holes. Then the rotating disc will drag and rotate the vacuum medium between the two plates and forming a compressive rotational stress in the medium, in which it appears as the flow-in electromagnetic field energy with its (flow) direction as show in the diagram.

In conclusion, the flow-in current give rise to the store energy in the capacitor, while creates acompressive rotational stress in the vacuum medium between the two plates which appeared as if it is the flow-in electromagnetic field energy into the capacitor!

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Sincerely,
Nimit
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