An Attractive Component Due to “Time Differential.”
Gravitons radiated by celestial bodies (due to expansion of space) interact with space producing slower expansion. As I proposed
earlier that the expansion of space produces the phenomenon of time.
Celestial bodies are immersed in space which is expanding at different rates. Slowest expansion is near the center of the celestial
body. Time or presence of motion and forces follows the gradient of differential expansion. Time is slowest near intense concentration of
gravitons near the celestial bodies as the expansion of space is slowest there. This produces the time differential which we call gravity.
The differences in time are minuscule however material bodies are composed of billions of atoms with electrons moving at
tremendous velocities. When a mass is placed in the time differential the inner motion of atoms is converted into external linear motion
like a fly wheel connecting to the wheels. This is the gravitational acceleration we see. The time differential produces the acceleration and
not vice versa.
Gravitational force is very weak as compared to other forces as it is mediated via time differential. This however does not prevent in
making its effect felt at vast distances as it extends as far as curvature of space extends.
Gravitons radiated by celestial bodies (due to expansion of space) interact with space producing slower expansion. As I proposed
earlier that the expansion of space produces the phenomenon of time.
Celestial bodies are immersed in space which is expanding at different rates. Slowest expansion is near the center of the celestial
body. Time or presence of motion and forces follows the gradient of differential expansion. Time is slowest near intense concentration of
gravitons near the celestial bodies as the expansion of space is slowest there. This produces the time differential which we call gravity.
The differences in time are minuscule however material bodies are composed of billions of atoms with electrons moving at
tremendous velocities. When a mass is placed in the time differential the inner motion of atoms is converted into external linear motion
like a fly wheel connecting to the wheels. This is the gravitational acceleration we see. The time differential produces the acceleration and
not vice versa.
Gravitational force is very weak as compared to other forces as it is mediated via time differential. This however does not prevent in
making its effect felt at vast distances as it extends as far as curvature of space extends.
Why should a mass curve space? The typical pictorial presentation as given on the picture below gives the impression that mass kind
of weighs down on the fabric of space time. In expanding space however the curvature is simply due to slower expansion. Gravitons are
double spin elementary particles radiated by matter. Gravitons interact with space and slow its expansion leading to negative curvature as
the surrounding space continues to expand at a faster rate. Time is slower where expansion is slower. This brings out the two components
of gravity and also shows that gravity is not a force.
Deflective Component Due to Space Curvature
The deflective component affects ONLY MOVING OBJECTS like comets, a beam of light and planets passing near the sun. This
depends upon the negative curvature of space around massive objects produced by slower expansion of space. Any moving object
entering this curved space will be deflected from its straight path. The negative curvature of space however DOES NOT produce any
attractive force.
of weighs down on the fabric of space time. In expanding space however the curvature is simply due to slower expansion. Gravitons are
double spin elementary particles radiated by matter. Gravitons interact with space and slow its expansion leading to negative curvature as
the surrounding space continues to expand at a faster rate. Time is slower where expansion is slower. This brings out the two components
of gravity and also shows that gravity is not a force.
Deflective Component Due to Space Curvature
The deflective component affects ONLY MOVING OBJECTS like comets, a beam of light and planets passing near the sun. This
depends upon the negative curvature of space around massive objects produced by slower expansion of space. Any moving object
entering this curved space will be deflected from its straight path. The negative curvature of space however DOES NOT produce any
attractive force.
DEFLECTION CAUSED BY CURVATURE IN SPACE
HOW GRAVITY WORKS?
