Abstract
In the 19th century, people have mastered sound waves, electromagnetic waves in the 20th century. The 21st century should be a century of gravitational waves! Newton opened a door to the near space, and we have mastered it. Laplace opened a window in the Grand Universe and the first experimentally estimated that the speed of gravitational interaction of eight orders of magnitude higher than the speed of light. No one has been able to refute the Laplace experiments, and we see Laplace waves on the wall of the Metagalaxy. However, Einstein theory of relativity postulates just closed this window. It's time to have the courage to open the window to the Universe again, as Mankind is challenged by the most important task of creating a Galactic Internet. We have shown that the gravitational field is formed by fields of each atom, thus forming together a metaatom. The total gravitational field of metaatoms has a complex spatial structure, depending on the relative speeds (temperatures) and the distance between gravitating objects. Systems of metaatom form planets, stars, galaxies, and the Metagalaxy. The simplest metaatom is a hydrogen atom, which gravitational field consists of two components: the classical Newtonian gravity acting on a distance of 2.7 ∙ 1020 m (the radius of the galaxy), and 11 orders of magnitude weaker gravitational forces of repulsion, but acting up to distances of 1.1 ∙ 1026 m (radius of the Metagalaxy). Using obtained fundamental macroquantum laws it is possible to develop a new class of devices based on the coherent gravity waves effects for imaging gravitating objects ranging in size from man to Earth as a whole, and also to investigate the gravitational (bio) field of people.
Alexander M. Ilyanok