Real relativity theory. Kinematics

There are considered theoretical and experimental evidences that bodies, moving relatively to physical vacuum, don’t experience Lorentz’s contraction in its movement direction, and expand in plane, perpendicular to this direction, moreover this expansion is not kinematic, but dynamic effect. Based on this and based on experimentally established «time dilatation» fact in the moving reference frames, differing from both Lorentz transformation and Eagl-Tangherlini (ETT-theory) transformations, space-time coordinates transformations are postulated. Based on these, new relativistic theory is built. Author called this theory as «real» theory. It clarifies most of the ETT theory achievements, satisfies correspondence principle and is free from paradoxes. Its relations, unlike similar ETT-theory relations, have a certain symmetry. According to this theory, light speed in moving reference frames is anisotropic, but its «bilateral» value is independent on direction.