Authors: V. Skorobogatov
Hydrodynamical model of four-dimensional medium as the extension of the ideal fluid is presented in the first four sections. As the medium is supposed to be incondensable and located in a limited volume, the expansion of the Euler equation to four dimensions are applied to describe its behaviour. Electromagnetic field is derived as the consequence of the velocity field of the medium. The analogue of the Helmholtz equation for vorticity of the velocity field is obtained that states that electromagnetic field is frozen into the medium. The Maxwell's equations are obtained as the result of the basic properties of the velocity field.
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