Gravity & Antigravity To The Point by Randles Audrey E

Author:Randles, Audrey E. [Randles, Audrey E.]
Language: eng
Format: epub
Publisher: Coresynthesis
Published: 2014-10-03T16:00:00+00:00

Chapter 8 Equivalence Principle

The Theory of Matrix supports and develops the Equivalence principle described in General Relativity. Equivalence principle of General Relativity states that at any point of Space-Time the effects of a gravitational field cannot be experimentally distinguished from those due to an accelerated frame of reference.

The Theory of Matrix supports the Equivalence principle of General Relativity, viewing the mentioned gravitational field as the specific Space-Time imbalance, such as the excessive Time and deficit of Space that humans perceive as Gravity.

In accordance with the Theory of Matrix the Space-Time imbalance results in Space-Time transformations and associated Info-Energy and Mass-Energy transformations. The Space-Time transformations are a function of energy.

The specific Space-Time imbalance, such as the excessive Time or Space Potentiality and deficit of Space (actual Space), is associated with Gravity. The transformations of Time into Space humans perceive as acceleration and gravitational acceleration. The effects of the specific Space-Time imbalance, such as the excessive Time or Space Potentiality and deficit of Space (actual Space), and associated transformations of Time into Space have the same mechanism in an accelerated frame of reference and acceleration due to Gravity.

The specific Space-Time imbalance, such as the excessive Space and deficit of Time is associated with Antigravity. The transformations of Space into Time or Space Potentiality are associated with deceleration and anti-gravitational deceleration. The effects of the specific Space-Time imbalance, such as the excessive Space and deficit of Time, and the transformations of Space into Time or Space Potentiality have the same mechanism in a decelerated frame of reference and deceleration due to Antigravity.

Download

Copyright Disclaimer:
This site does not store any files on its server. We only index and link to content provided by other sites. Please contact the content providers to delete copyright contents if any and email us, we'll remove relevant links or contents immediately.