Abstract
It is remarked that the recently proposed [2] and partially realized [3] teleportation of quantum states of microparticles is (in a certain modification) a natural element of the process of cross recombination of radical spin pairs [4]. In the present paper the situation where singlet and triplet pairs are created in the medium and then diffuse and can recombine, if the particles encountering one another are in a singlet state, is examined in detail. As a result of cross recombination and teleportation, there arises a countable set of spin states of radical pairs. The distributions of the densities of radical pairs corresponding to this set are found under stationary and spatially uniform conditions.
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