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GRAVITY IS NOT CURVED SPACE-TIME , IT IS THE FLUID PROPERTY OF SPACE-TIME

GRAVITY IS NOT CURVED SPACE-TIME , IT IS THE FLUID PROPERTY   OF SPACE-TIME Our understanding of energy and matter is that they both curve space-time in the same way, which results in a gravitational field. The problem ( in my view ) is that we cannot explain gravity in terms of energy and matter being equivalent in how they affect space-time. Adding energy to a system's mass does not increase its gravitational attraction ( ok ..maybe a very...very small % ). Remember we are told mass and energy are absolutely equivalent in the affect they have on space-time, which is to bend / curve / warp it. With mass and energy being responsible for the curving of space-time it would be reasonable to assume that a spacecraft traveling at near c would bend space-time and therefore increase it's gravitational field exponentially very,very close to the speed of light. Let me show you ( mentally ) how I think this is not the case. Thought Experiments Remember Einstein always thought...in

DARK ENERGY/ANTIMATTER

DARK ENERGY/ANTIMATTER My thoughts and thought experiments over many years. I suspect that all matter and antimatter in our reality/universe is pinched up/compressed space-time...in many different configurations. Please use this as a starting point,all the particles and standard model can be looked at later to see if it all fits together,or not. MATTER Is compressed space-time which has a stable material form. ANTIMATTER Is compressed space-time which has an unstable material form and quickly decays,releasing a vast volume of space-time...you call this outward expansion of space-time dark energy. DARK ENERGY From the book: 'The Void' by Professor Frank Close. page 5...the received wisdom is that it is ' space itself ' that is growing. page 96...It is as if all of space is filled with a strange sort of antigravity which has become known as dark energy. page 97...The fact that every cubic metre of space is filled with dark energy in amounts that are incredibly t