The text of the original in Russian

Relativistic reduction in the length and gravity waves. Superluminal propagation speed. 

  Showing sync speed of change and continuous samopodderzhivanie without benefit of any of the relativistic reduction of the length of the body. Such inertial isobaric substances is accompanied by a proliferation of self-change field of inertia forces, together with the front of their own time body. The mechanism of filling the body kinetic energy. Based on the spread of the phase perturbation of the gravitational field of waves with superluminal velocity. 

1. INTRODUCTION 

Physical processes at the individual stages of its might, as accompanied or not accompanied by a transfer in the space of a substance, or any change in the mechanical and thermodynamic condition. In the first case, they are the group velocity v in the space of transfer of matter, consisting of a set of molecules and atoms, or of individual molecules, atoms, elementary particles and quasiparticles (photons, phonons, excitons, etc.). The rate of transport of material can not exceed the speed of propagation of electromagnetic interaction it without violating its integrity and thus without destroying its own space-time continuum (AHC). Excess speed is the transfer of individual particles and quasi-velocities of the electromagnetic interaction in an environment in which they move, accompanied by his attendant local violation of the integrity of the PBC environment *. In the second case, they can be characterized by the phase velocity u of the modified collective spatio-temporal state of matter. Changing this state of matter takes place, as we assumed, in conjunction with the change graviinertsionnogo stress state in a space filled with matter. Therefore, in our own frame of reference spatial coordinates and time (JI), a hypothetical incompressible (absolutely rigid) body will be essentially instantaneous (u ≡ ∞) changes in the proliferation of not only the collective spatio-temporal state of matter, but the tensions and forces of inertia. The speed of propagation changes the spatial distribution of the field of inertia forces in the substance of an incompressible body, moving along the axis of the coordinates of X with constant velocity v = dX / dτ, would no longer be infinitely large, as well as u ≡ c2 / v = v-1. This is caused by a portable traffic control body, which spreads the wave front guided graviinertsionnogo stress state. This time τ is counted by the clock of a quantum conditional resting substances (PX), is identical to moving, as defined in SOPV on the speed of light in matter * is a constant speed of light c equal to one because the measurement of distances in light units of length 

* The speed of any of the micro-, and micro-may exceed the true value of velocity vc in the environment only in case of its nearest neighborhood of the local heterogeneity of the physical space (vcl> vc), providing neprevyshenie unit of traffic intensity v / vcl . Such concomitant extremely fast moving objects local physical heterogeneity space observer can be conditionally considered as local violations of the integrity of the ideal space-time continuum of the observer. But the more correct, however, consider them as local deformations of a real continuum, coupled with the emergence of related object of local curvature of space-time. This is consistent with the concept of the formation of GR space-time metric in its substance. Such an extremely rapid movement hampered by the environment and is accompanied by the emergence of Vavilov-Cherenkov radiation. 

* For these hours the speed of light in absolute vacuum vcv = c2 / vvc not equal to a constant, where vvc - the speed of light in matter of hours of vacuum. Universe at cosmological distant past was filled with dense material and, therefore, metrically homogeneous cosmological time, too, should count on a quantum clock substance as the vacuum was still not there. 

Full paper with formulas and calculations in pdf format is available to registered users in the gallery profile. 

profile page, tab 'gallery profile. 
to read the full name of the file in the gallery mouse over the folder icon labeled PDF