11 November 2020 10 8K Report

Gravitational viscosity, as inhibition of motion, is the property of a real gravitating space-time to resist the movement of one part of it relative to another.

By analogy with the concept of the viscosity of liquids and gases, we will distinguish between dynamic gravitational viscosity and kinematic gravitational viscosity. For the observable Universe, as the Hubble sphere, the dynamic gravitational viscosity is equal to the gravitational energy density of baryonic matter, and the kinematic gravitational viscosity is equal to the ratio of the dynamic gravitational viscosity to the mass density of baryonic matter. The physical nature of the quantum of the gravitational field of the baryonic matter of the observable Universe is the kinematic gravitational viscosity of this field.

See conference paper:

THE QUANTUM OF THE GRAVITATIONAL FIELD. THE GRAVITATIONAL-ELECTROMAGNETIC RESONANCE. PHYSICAL NATURE OF THE QUANTUM OF THE GRAVITATIONAL FIELD

Conference Paper THE QUANTUM OF THE GRAVITATIONL FIELD. THE GRAVITATIONAL-ELE...

GRAVITATIONAL
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