Gravity Fields act Immediately but Their Update is at the Speed of c
Core Idea
This experiment explores how gravity might work in a universe governed by Quantum Admittance (QA), where gravitational fields exist with instantaneous affect on energy local to them but are changes in location of energy concentrations are propagated at the speed of light.
Explanation
This experiment explores how gravity might work in a universe governed by Quantum Admittance (QA), where gravitational fields exist with instantaneous affect on energy local to them but are changes in location of energy concentrations are propagated at the speed of light.
Example
Spaceship’s Journey: A spaceship travels through a region of space.
A Star’s Collapse: A massive star collapses, forming a black hole. According to QA, this collapse instantaneously creates a gravitational field around the black hole. The Z0 field is compressed.
Delayed Effect: While the field is instantaneous, the effects of gravity (the gravitational pull) propagate at the speed of light (c).
Feeling the Pull: The spaceship’s crew will only feel the gravitational pull after a delay, determined by the distance between the ship and the black hole divided by the speed of light.
Implications
Gravitational field acts instantaneously based on instantaneous the density of e0u0 at the objects location.
The influence on the field objects propagates at a finite speed (c).
This highlights a separation between the creation of the gravitational field and its effects on objects within that field.