## Light waves, who is right - Frenel or Laplas?

The cross or longitudinal light waves? On the up-to-date scientific representations  the light waves are the cross (2-dimensional). The cross oscillations of light waves were entered by O.Frenel (1821). P.Laplas and S.Puasson considered this standing as absurd and considered light waves as the longitudinal. O.Frenel has taken over the standing about the cross character of light waves, without being up to the end assured of its true, but only on the basis of its fruitfulness and, on his sight, «of the admissibility from the mechanical point of view». By that it has allowed him to explain all the known light phenomena by unified fashion.

The given indicates existence in the up-to-date representations about the essence of light of the latent paradox. This paradox has appeared possible to be eliminated only after detection of two bases of  Nature: Essence of Space and Substance (The Unified Theory, Gravitation, Spase and Time see) and building-up of Bottoms of Unified Theory of Nature (Working out of the Unified Theory see). It has appeared that light waves are neither the cross-section, nor  the longitudinal, and both the cross-section, and  the longitudinal.

How it - «no, no», but «yes, yes»?  This is the inconsistency! Yes, it seems an inconsistency, if to view process of oscillations of medium mathematically simply: the oscillations in one direction and in orthogonal to it. Real processes in Nature flow so that often to present them in mind it appears extremely difficultly, and occasionally it is impossible. Then investigators try to fulfil it on the computer. However the computer works also on the most simple mathematical principles: or "yes", or "no", and Nature prolongs to maintain the secrets.

Detection of two indicated above bottoms of Nature has allowed to erect the gear of formation of "electromagnetic" waves. From it streamed that these waves are combined − the longitudinal-cross (3-dimensional).

In the tridimensional elastic material Space the oscillations of elastic zone (of wave) can occur on one axis (for example, Z) being only longitudinal, if this Space – the extended waveguide: a pipe, a rod (fig. 35), and the flat vibrator fluctuates lengthways  Z.

Fig. 35. The longitudinal vibrations in the cylindrical waveguide.

1 – the  vibrator; 2 – the  waveguide.

If the Space «Х, Y, Z» is not restricted, then oscillations are the 3-dimensional:  the squeezing-expansion on all three co-ordinates, so, the oscillations are neither the cross, nor the longitudinal, but the complex - both: this and that  (The ether properties and  How  arise an electromagnetic wave  see). Therefore they can be polarized  also.

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