Comparison of the speed of light verification into force

Keywords: field, particle reference system, electronic, magnetic field, light.

We know conductor cutting movement of the magnetic field lines, Einstein is described: 'We all know that Maxwell's electrodynamics - as usually people understand - when applied to moving objects, it is necessary to cause asymmetry, this asymmetry seems not a phenomenon inherent. For example, envisaged with an electromotive force between the conductors of the interaction of a magnet. Here, the phenomenon can be observed only with the relative motion of the conductor and the magnet, but in accordance with the usual view of these two objects, what is this movement, still in motion, but it is entirely different. If the magnet is stationary in the movement, conductor, then there will be a certain amount of energy of the electric field near the magnet located in various parts of the conductor, it generates an electric current. However, if the magnet is stationary, while the conductor in motion, then the vicinity of the magnet is no electric field, but in the conductor there is an electromotive force, this electromotive force itself, although not equivalent to the energy, but it - it is assumed that the two cases considered here the relative movement is equal - but it will cause a current of this current size and routes are the same as with the previous case by the power generating. '[1] this is not to say a different nature, we say the same point. The same point is whether the magnetic field sports or conductor movement will cause the current. That is, the relative movement is equal. Whether we as a reference system with the magnetic field as a reference system or in the conductors, as long as there is relative movement between the two, then the observed results.

Conductor and replaced with charged particles.

Whether we or particles to the magnetic field as a reference system is a reference system, as long as there is relative movement between the two, then the observed results.

That field can, like physical particles as a reference system, and regardless of the field as a reference system ring or to the particles as a reference system, a description of the relative movement, are equivalent.

We know that the reference system is called the reference system is the reference system itself as the coordinates of the space itself is the spatial coordinates of the point, the movement of objects in space relative to the movement of the reference system, the movement of objects space is relative to the reference The Space. No matter how movement of the object when the object as a reference system, itself be seen as static, a point in space, the space coordinates. [2] field as the same kind as the reference system.

Due to the changing magnetic field by a movement of the magnetic field with respect to [3], then we have the above conclusions pushed to the changing magnetic field, electromagnetic wave.

Electronic and optical Electronic seems light speed c movement, light any point, for example, peaks, peak corresponds to a certain field moves with speed c; electronic still, does not itself produce a magnetic field. Opinion, in the light in the light taking office point e.g. peaks, peaks corresponding to a certain field opinion, electron movement, electronic magnetic field is generated; light, itself stationary, the peaks corresponding to the field still itself stationary. (Replaced band description is uneven magnetic field.) electronic light both as a reference system and equivalent. That light itself can be seen as static.

If the light as the reference frame, then the speed of light will pass to the body of the object described, the light itself is stationary.

If the electron and light interact, whether electronic as a reference system, itself stationary, that the light movement, or light as a reference system, light stationary electronic movement, the description of the results are the same.

Electronic seems light speed c movement, light any point, for example, peaks, peak corresponds to a certain field moves with speed c; electronic still, does not itself produce a magnetic field. Then, the electrons are light any point of the force F = BVq.B any point of the magnetic flux density, V = c represents the speed of light, BV denotes the movement of the light at any point (considering magnetic waves), q represents the stationary electronic charge ; the meaning of the formula is still the charge by the optical force at any point. Reference system, the light as the light stationary electron movement, then, the movement of electrons by light any point of the force F = BVq.B represents the intensity of the light at any point along the magnetic induction V = c denotes an electron velocity, q is the electronic charge , Vq magnetic charge [4]. The meaning of the formula is the force of magnetic charge is still light at any point.

The light can be seen as still. Light can be used as a reference system, the equivalent light particles with the kind of movement, in other words, light movement relative described the speed of light variable. If the electron is in motion, then the mutual speed between will change, i.e. is not equal to c, in an electronic or optical opinion, the interaction force between the two will change. I.e.F = BVq not equal the electrons do not move, the light movement when force F. We can according to the force generated by the light on the static electronic moving electrons is different, to determine the relative velocity between the two, in order to prove the speed of light can be changed.

The F = BVq was, F / F action = c / v together. I.e. the ratio of the force is equal to the speed ratio.

References: [1] "On the moving body electrical dynamics Einstein [2]" space awareness "author author of the magnetic effect of current reasons [3] [4]" magnetic charge of the point of view of the motional emf The induced emf author.

Of the Wu Xing Guang 吴兴广 China 2012-12-11 4:56:09

The inevitably wrong translation, see Chinese original.