The Gravitational Levitation in Aerospace Technologies of Future

The discovery and research by the author of real magnetic charges in structures of atoms and substance allowed him to establish that atomic shells are electromagnetic, not electronic. It is the electromagnetic shells of atoms are the source of gravitational field which is the vortex electromagnetic field. Depending from the vector conditions the gravitational field can be both paragravitational (PGF) so and ferrogravitational (FGF). Between the masses (bodies, atoms, nucleons etc.) emitting of PGF is realized forces which pressing masses to each other. The masses emitting FGF are repelled from PGF sources, for example, from the Earth what represents the effect of Gravitational levitation (GL) discovered and investigated by present author. The effect of GL is widespread in Nature. For example, the volatility of so-called light gases (hydrogen, helium, etc.), as well as the convection processes in liquids and gases are determined by the GL effect. The principles of FGF generation developed by the author and technical generators of FGF, created on their basis, allow for the exit of people and loads from the gravitational field of Earth, as well as their return back, without the use of the jet thrust. However, in space, in the absence of PGF the GL effect does not work and traditional technology are needed for further spacecraft movements. Another important aspect associated with the use of FGF in aerospace projects is the possibility of creating artificial gravity on board the spacecraft which will allow to get rid of the state of weightlessness in long-term space voyages. To create artificial gravity the same FGF generators mentioned above are used. The main problem associated with the generation of FGF is of the need to use low temperatures, i.e., superconductivity conditions. However, the latter problem is significant only when the space vehicle is move in atmospheric conditions and is excluded when the FG-generators operate in deep space. In the future, it is possible to use of solid-state ferrogravitational materials (ferrogravitonics) that, like magnets, emit FGF at room and even elevated temperatures. The ferrogravitonics, like atoms of light hydrogen, will pushed out of the Earth’s gravitational field and there may even be such an interesting problem as their retention on Earth, since the forces of the GL will to throw away these materials into space