Authors: Solomon I. Khmelnik
Recently, there appeared a mathematical model of oceanic whirlpools , which is almost identical to the models built for space black holes. The similarity between the whirlpools and black holes is found in the fact that an object that happened to be near these objects becomes involved in them and never returns. Such a distant analogy stresses (in our opinion) the fact that this mathematical model is very far from completion. In the presented paper the author attempts to build such a model. This model, as well as above mentioned one, has the same base – the relativity theory. However, the proposed model is more downlanded (or, if you want, water-landed), because in it we use the equations of hydrodynamics and the consequences of the theory of relativity, which are relevant only in the case of low Earth's gravity. Another question is also of interest – about the source of energy which enables the whirlpool to be spinning for a long time when surrounded by still waters. This issue becomes even more important due to the fact that the whirlpools (and not the Moon) are energy sources for the tide . In  a source of energy whirlpools not analyzed. Below we show that this source is the Earth's gravitational field.
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