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A wal
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The Proper Theory Of Relativity

Everything below is based on a new fundamental law that I figured out. If you reverse everything within a system then relativity everything stays exactly the same unless it's viewed from an external frame of reference. The curved space-time caused by gravity in the general theory of relativity also applies to ordinary acceleration. There is absolutely no difference between an object following a straight line in curved space-time and an object following a curved path in flat space-time. Gravity creates inwards curvature´╗┐ which pulls all masses towards each other, rather than conventional acceleration caused by outwards curvature. Gravity is a force of mass rather than energy which is why it's so much weaker than electro-magnetism.

The reason why General Relativity and Quantum Mechanics don't work together is because General Relativity's wrong. Singularities are not places where the laws of relativity break down. They're places that the laws of relativity prevent from ever being reached. A black hole is a four dimensional bubble of space-time, with the event horizon representing the physical boundary imposed by the speed of light that increases size the more space-time´╗┐ there is between the it and the observer. The concept of curved space-time hasn't been applied correctly and the result is a description of gravity that treats falling objects as equivalent to objects at rest in the sense that a falling object isn't under the influence of a force. This leads to objects being able to accelerate beyond a relative velocity of the speed of light when the pass the event horizon of a black hole, which is impossible.

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    A wal

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    Sep 26 2012: Short version using a quick thought experiment. I love these. (:

    Two objects start along side each other and fall towards a black hole. Before they reach the event horizon one accelerates away. What you have is simply two objects accelerating away from each other. They can't ever reach the speed of light relative to each other no matter how much energy is used because time dilation and length contraction prevent it. No amount of gravity can make that happen because no amount of energy can. General relativity says the falling object does reach the speed of light relative to one accelerating away, but not the other way round. That's the equivalent of the object accelerating away reaching the speed of light. Length contraction can create potentially infinite distance between any object and the event horizon and time dilation slows any object doing it just as they keep any object from reaching the speed of light by creating more distance and giving them less time to cover it. It's exactly the same situation except one is being caused by an outward force and the other by an inward one. You can view acceleration in flat space-time as curvature just as easily as with gravity. The difference is that gravity is positively/inwardly curved and energy is negatively/outwardly curved. The falling object still feels acceleration, it's just called tidal force. General relativity ignores the force felt by the falling object and says look, it's at rest. Well that can just as easily be done with acceleration as well. Acceleration is just as relative as velocity. If acceleration were smoothly distributed thought a body then all that object would feel is the difference in the strength of that acceleration over the different parts of the object. Feeling acceleration is indistinguishable from feeling tidal force. There isn't one example of how they differ, which means that special relativity is a universal theory of acceleration, explaining gravity just as easily as any other force.

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