Gravitational Mass

Gravitational Mass

  The Gravitational Mass of a Body is exactly equall to it's inertial mass.

  Extensive testing over the last century on earth shows this to be true for our local spacetime.

  ----------------------------------------------------------------------------------------------------------------------------

  @Author nightsky @

 

  The Gravitational Mass of a Body is exactly equall to it's inertial mass on earth. We haven't tested this in other star systems that have greater energetic equalibriums.

  General relativity could not reconcile how the mechanics of gravity relate to quantum physics itself. My first thought to unify General relativty with quantum mechanics was to understand how energy relates to space itself.

  I started this by looking at several different ways people atempt to explain mass or otherwise it's effects known as gravity.

  Special relativity implies that the inertial mass of a physical system increases with the total energy of the system.

  Whereas General relativity did not account for energy expressed around matter, ie.. the properties of spacetime itself, general relativity simply looked at the energy stored in matter, and not the total amount of energy expressed around matter and stars, energy that had become spacetime itself... expressing itself as space, gravity, and time.

  If you were standing on another earth, or in another star cluster perhaps.. pi could be used as variable, to express the energetic properties of spacetime itself, this could possibly be done in amplified gravity fields.. ie high energy / matter dense fields.

  If you were standing on a planet in another star system, or in another star cluster, the inertial mass of the planet orbiting a star would be the same if you used general relativity to calculate it, if instead you were to may be reflected differently than on earth, as a function space itself, where space itself can be viewed as a sphere or point source, the properties of space

  As light travels throughout space, it may pass in close proximity to a dense matter and energy fields like this galaxy cluster, when this happens the lights path is bent or magnified in respect of path through the gravity field. This allows us to see very distant objects that are behind or near the gravity lense.

  Universal constants; such as energetic fields of spacetime, high gravity fields, could be hypothectically proven by thinking about the movements of pure light.

  Even pure light has a relative energectic mass, as shown by it's maximum moving velocity in space time. J.C.

  Unified Theory / Gravitational Amplification, my ideas anyways, came from two different sources; the first mathematical inequalities in galactic mass estimations, and the second, by Einstein's unfinished work in unifying gravity and relativity; ie.. how space time and gravity function together. A step forward in this thought process was won when the first detection of grvaitational waves emerged a few years ago.

  The First detection of gravitational waves from a Neutron Star gave us a new observation point about our universe, and how space time functions.

  Nuetron stars are the collapsed remains of massive stars that died producing supernova events, the explosions produce some of the most exotic objects known to our universe. After many decades of searching, scientists have spotted gravitational waves and light being emitted from two super dense stellar corpses known as neutron stars, as they merged together in space time.

  Albert Einstein first predicted the existence of gravitational waves as part of his general theory of relativity published in 1916. Many dedicated scientists have been searching to prove that Gravitational Waves exist since Einstein predicted the possibility many years ago.

  These new gravitational waves are ripples found in the fabric of space time radiated by energy conversions in space, this implies that space and energy may beconnected in ways we have not fully comprehended. These ripples move at the speed of light but are much more penetrating, Gravitational Waves do not scatter and cannot be absorbed, as we have observed of light-waves.