The present paper attempts to penetrate into the world of quantum theory by using the causality principle and to pave a way for the elimination of some basic problems related to quantum theory for those who are ready to revise their traditional point of view. There is only a smallnumber of proofs in favour of this new standpoint, whereas the number of indications is so overwhelming that it is justified to say: sometimes it may be absolutely fascinating to take such a point of view. For example, it can be shown easily that the new standpoint is definitely consistent with the postulates of the special relativity theory. What is more, it provides a deeper understanding of the general relativity theory that starts out from the equivalence of inert and heavy masses. The definition of mass suggested in this paper directly leads to the theorem used by Einstein as a postulate of the aforementioned equivalence if the heavy mass of a body is understood as a diffuse “magnetic field” generated by multiple self-interactions. Furthermore, according to the author’s opinion, there exist only the following physically relevant structures: wells und sinks of the space as well as the appropriate fields. Said fields probably should behave more or less in the following way: all dynamic processes (temporally changing) correspond to a maximum of the temporal change of external and self-interaction, while all stable processes (constant in time) correspond to a minimum of the temporal change of external and self-interaction. Thereby it should be possible to describe all processes within a measuring system which only requires three universal constants:
Presumably the gravity constant will be derived from the third universal constant one day. At the same time, within the scope of such a theory the existence of gravitational waves is out of question as well. However, the venture of calculating the metrics of the space according to the mass distributions is by no means hopeless.