Already in 1910 Vladimir Ignatowski showed that based only on this principle it is possible to reconstruct all relativistic phenomena of the special theory of relativity. In reality, what is crucial is the principle of relativity. РІР‚СљEinstein considered the second postulate to be crucial. The second postulate, formulated on the result of the famous Michelson-Morley experiment, imposed the requirement of a constant velocity of light in every reference system. This states that physics is the same in every inertial system (i.e., one that is either at rest or in a steady straight line motion). The first is known as the Galilean principle of relativity (which, please note, is a special case of the Copernican principle). One only has to decide on a certain rather unorthodox step.Р”Р„lbert Einstein based the special theory of relativity on two postulates. In the article РІР‚СљThe Quantum Principle of RelativityРІР‚Сњ, published in the New Journal of Physics, they prove that the features of quantum mechanics determining its uniqueness and its such non-intuitive exoticism РІР‚вЂњ accepted, whatРІР‚в„ўs more, on faith (as axioms) РІР‚вЂњ can be explained within the framework of the special theory of relativity.

Artur Ekert from the University of Oxford (UO) have just presented their reasoning leading to a different conclusion. Andrzej Dragan from the Faculty of Physics, University of Warsaw (FUW) and Prof. It has commonly been accepted that it is the description of quantum mechanics that is the more fundamental and that the theory of relativity that will have to be adjusted to it. Since the arrival of quantum mechanics and the theory of relativity, physicists have lost sleep over the incompatibility of these three concepts (three, since there are two theories of relativity: special and general). Why does one particle seem to pass through two slits simultaneously? Why instead of specific predictions can we only talk about evolution of probabilities? According to theorists from universities in Warsaw and Oxford, the most important features of the quantum world may result from the special theory of relativity, which until now seemed to have little to do with quantum mechanics. Since its beginnings, quantum mechanics hasnРІР‚в„ўt ceased to amaze us with its peculiarity, so difficult to understand. Faculty of Physics University of Warsaw The evolution of probabilities and the РІР‚СљimpossibleРІР‚Сњ phenomena of quantum mechanics may have their origins in the special theory of relativity, as suggested by physicists from universities in Warsaw and Oxford.

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