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Einstein relativity is wrong
Lorentz magnetic paradox
(Fig.1) Neutral electric current seen by a stationary K appears to be positively charged seen by a moving K', which causes paradox in Einstein relativity.
In the Fig.1-left, a stationary observer K sees the upper electric wire (= electrically-neutral ) of the electric circuit where electrons (= - ) are flowing at a velocity v in the x direction as the current, and it contains the same numbers of positive nuclei (= +, so neutral ).
But seen by another observer K' moving at the same velocity v as the electrons' current, this wire is positively charged, according to the (unphysical) Einstein relativity.
Because the intervals between stationary electrons (= - ) in the current seen by the K' observer is wider than the moving electrons' intervals seen by the stationary K according to relativistic Lorentz length contraction (= a moving object or length appears to be shorter ).
This Einstein relativistic electromagnetism causes serious paradoxes.
An external electron seen by K (= stop ) remains at rest, not attracted toward the neutral electric wire.
But only when seen by the moving K', the same external electron is pulled or accelerated toward the positively-charged electric wire.
As a result, Einstein special relativity is proven to be false due to electromagnetic field paradox.
(Fig.2) Einstein relativity says the neutral wire seen by K is changed into positively-charged wire seen by K', but the electric field Ex (= around the positively-charged wire ) remains zero seen by K', which is paradox.
We can prove Einstein relativity is false, causing serious paradox in electromagnetic fields.
According to Einstein relativistic Lorentz transformation, the neutral electric current Jx seen by K is changed into the positive charges (= ρ'e ) seen by K' ( this p.3 )
But Einstein relativity paradoxically says the zero electric field (= Ex or E|| ) in x direction on the side of the neutral wire seen by K should remain the same zero (= Ex' = 0 ) even on the side of the positively-charged wire seen by K' ( this p.14, this p.14-5.15 ).
↑ This is clearly contradiction (= because the electric field E should be changed from 0 in the neutral wire to positive in the positively-charged wire, contrary to the Einstein relativity ) showing Einstein relativistic theory is false.
↑ Actually, the electric field Ey and Ez in y,z directions except x are changed from zero (= neutral wire causing magnetic field By, Bz = non-zero, while the initial electric fields Ey, Ez are zero ) in K to positive (= E'y and E'z become positive, this p.14, this p.14-5.15 ) in K' , which is contradiction (= only E'x remains zero even around the positive wire ).
This paradoxical change from the neutral wire seen by K into the positively-charged wire seen by K' is necessary for the relativity o explain Lorentz magnetic force (illegitimately).
↑ An stationary external charge seen by K appears to be moving in -x direction and pulled toward the wire in z direction by Lorentz magnetic force seen by K', which must be canceled by the repulsion from the newly-appearing positively-charged wire.
But this Lorentz transformation of electromagnetic field cannot avoid the paradox in electric field in x direction after all.
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