Finding The Value Of The Gravitational Repulsion Of The Vacuum - Alternative View

Finding The Value Of The Gravitational Repulsion Of The Vacuum - Alternative View
Finding The Value Of The Gravitational Repulsion Of The Vacuum - Alternative View

Video: Finding The Value Of The Gravitational Repulsion Of The Vacuum - Alternative View

Video: Finding The Value Of The Gravitational Repulsion Of The Vacuum - Alternative View
Video: Galileo's Famous Gravity Experiment | Brian Cox | BBC Two 2024, November
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12. FINDING THE VALUE OF VACUUM GRAVITATIONAL REPLAY

According to modern quantum physics, vacuum represents the lowest energy state of all fields. In a vacuum, even without real particles, virtual particle processes take place. But the question of the density of the vacuum, the energy of the vacuum is complicated, it is excluded from the formulas everywhere. The Soviet physicist Ya. V. Zel'dovich showed that virtual particles with a mass of M. are born and die in a vacuum.

Vacuum density formula. Attracted

And so we can calculate the gravitational acceleration caused by the vacuum

and substituting density

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this value is 60.8 times less than a proton

This is about 5 orders of magnitude less than the value predicted by IS Shklovsky, IS Kardyshev from observations of quasars. Due to the fact that the distance and age of the Universe is much greater, which, most likely, with the recalculation of observations will coincide with the calculated one.

From the book: "Physics and Philosophy of the Real World for Representatives of the 5th and 6th Races." Author: Valery Asadov