Contradicting Relativity with Logic
Andrew Nassif
Abstract
Andrew Nassif
Abstract
The theory of relativity compresses the two theories made by Albert Einstein that are known as: General Relativity and Special Relativity. General Relativity talks about relations in the space-time continuum that relate to energy and the relation in which the momentum of matter and radiation that are found present. It also considers the geometry of space, and motion bodies in free fall, as well as the propagation of light. Special Relativity is the mass-energy equivalence formula E=MC^2 where C is the speed of light in a vacuum. Logical Paradoxes is uses of circular logic in order to contradict something, this is one of the most commonly used methods in questioning something in science, especially theories. Today we will look at using it to question relativity itself, and its possibility. We know that light contains matter, but not the same amount of particles in each part of light, so that means it still could travel at different average speeds. Basically light uses the same particles but not the same amount in each part of its beam, that is one of the reason we can't really calculate the average speed of light, logically. We will use this deep method in terms of professionalism.
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The theory of relativity compresses the two theories made by Albert Einstein that are known as: General Relativity and Special Relativity. General Relativity talks about relations in the space-time continuum that relate to energy and the relation in which the momentum of matter and radiation that are found present. It also considers the geometry of space, and motion bodies in free fall, as well as the propagation of light. Special Relativity is the mass-energy equivalence formula E=MC^2 where C is the speed of light in a vacuum. Logical Paradoxes is uses of circular logic in order to contradict something, this is one of the most commonly used methods in questioning something in science, especially theories. Today we will look at using it to question relativity itself, and its possibility. We know that light contains matter, but not the same amount of particles in each part of light, so that means it still could travel at different average speeds. Basically light uses the same particles but not the same amount in each part of its beam, that is one of the reason we can't really calculate the average speed of light, logically. We will use this deep method in terms of professionalism.
Key concepts: Theory of relativity, Special relativity, Speed of light (cellular automaton), Theoretical physics, Absolute time and space, Einstein, Physics, Tests of special relativity