Abstract
If one accepts Einstein's general principle of relativity (covariance principle) also for the sphere of microphysics (quantum mechanics, quantum field theory, theory of elementary particles), one has to ask how far the fundamental laws of traditional quantum physics fulfil this principle. The reason for presenting this short paper is to draw attention to a series of papers that have appeared during the last years, in which the author criticized the usual scheme of quantum theory (Heisenberg picture, Schrodinger picture, etc.) and presented a new foundation of the basic laws of quantum physics, obeying the “principle of fundamental covariance” (Einstein's covariance principle in space-time and covariance principle in Hilbert space of quantum operators and states) [1].
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