In this article, the author evaluates cosmological parameters on the basis of classical (Newtonian) theory of gravitation. Thus he examines the movement of a test body in the gravitational field of the central body at the maximum possible orbit at which forces of attraction and antigravitation (connected with the action of dark energy) are equal. The balance of these forces is characterized by non-zero constant ωo, which has the dimension of angular velocity and does not depend on the mass of the bodies. Its value is approximately 1.9 E 10 -18 s-1. ωo is interpreted as constant frequency of oscillations of dark energy on the boundary of gravitational coherence Ro of any body that has mass. Introduction of constant ωo allowed to identify new expressions of known cosmological values, including cosmological constant Λ, through the constants of quantum physics.

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