The gravitational drive has long been considered by scientists as a kind of pipe dream that looks beautiful in theory, but is not feasible in practical terms. However, in recent years, in connection with the development of certain areas of physical science, this type of perpetuum mobile began to gradually acquire quite real outlines.
We should start with the fact that the gravitational engine, albeit in a theoretical form, is a special device that will facilitate the movement of individual bodies and objects without discarding mass. In general terms, we are talking about using this type of matter, which has a huge supply of energy, to do a certain job. The latter should be carried out due to the fact that the body will move directly under the influence of the gravitational field.
For a long time, the impossibility of creating such a device as a gravitational engine was associated with the fact thatthat, according to Newton's laws, the work that is done by this field in relation to a closed circuit will be equal to zero, since this space itself is characterized by potentiality. Much has changed in connection with the emergence and development of the provisions of the general theory of relativity, according to which this process is possible, but it must be carried out in completely different ways than we are used to on Earth.
In particular, one of the most promising options should be recognized, which is based on a magnetic-gravity engine. The designs of Minato, Searl, Floyd are already known to science, which, despite the fact that they have very significant technical shortcomings, represent a very decisive step towards the practical use of gravitational energy. Their undoubted advantages include cost-effectiveness and duration of activity.
Another confirmation that the gravitational engine, despite all its fantasticness, is not some pipe dream at all, is the use of similar schemes in modern astronautics. Thus, special gyroscopes have been successfully used for a long time to correct the orbit of satellites and even space stations, which allow objects to move without mass rejection.
In fact, today the main barrier that stands in the way of turning the gravitational engine from fantasy into reality is the lack of the necessary mechanisms in order to combine the efforts of magnetic,chemical and thermal forces with mechanical interaction. At the same time, such a system must be closed, and the fuel supply must be sufficient for continuous operation.
If research on this device is successful, then humanity will not only receive modern aircraft engines with an economical and environmentally friendly mode of operation, but will also overcome a number of restrictions on the further improvement of various technical devices.
