The subject of the article is the conception of the Universe quantum origin. According to this conception, the Universe was formed as an effect of the quantum fluctuation of physical vacuum and can just be considered as such fluctuation. The first suggestion of such an origin of the Universe was made by M.G. Albrow. The views of A. Vilenkin, S.W. Hawking and J.B. Hartle, who combined this conception with the inflationary Universe theory, made the basis for the analysis of the (...) contemporary version of the conception of the Universe quantum origin. Consequently, a new version of this conception was elaborated, which assumed that the Universe was formed from nothing as an effect of quantum tunneling passage. Followers of the conception of the Universe quantum origin suggest that the solution of the problem of the origin of the Universe on the basis of this conception is of absolute character. However, the philosophical analysis of the problem discussed in the article, which includes cosmological consequences of the idea of inexhaustibility of matter, proved that the solution of the problem proposedin the conception of the Universe quantum origin is not and cannot be of absolute character. In fact, the solution is a cosmological hypothesis describing one of theoretical variants of the relative origin of the Universe. At the end of the article, it was remarked that the development of the 20th century cosmology results in the necessity of modification of philosophical terminology used so far for the purpose of the analysis of the problem of the origin of the Universe. (shrink)

Mechanika kwantowa jest źródłem wielu różnorodnych i bardzo istotnych konsekwencji epistemologicznych. Zgodnie z dominującą współcześnie kopenhaską interpretacją tej teorii, konsekwencje te mają charakter absolutny. Artykuł pokazuje, że istnienie innych zasadnych metodologicznie interpretacji mechaniki kwantowej świadczy o tym, że zarówno jej twierdzenia fizyczne, jak i ich konsekwencje epistemologiczne są względne.