Special Theory of Relativity Can Be Disproved Experimentally: Gennady Sokolov, Vitali Sokolov
The Special Theory of Relativity Can Be Disproved Experimentally
Gennady Sokolov, Vitali Sokolov. It is true that you may fool all the people some of the time; you can even fool some of the people all of the time; but you can’t fool all of the people all the time. Abraham Lincoln (USA, 1809-1865). Content 1. What the special relativity states. What is the postulate of the invariability 2. The optical experiments and observations that forced to receive the postulate of invariability of light speed. 2.1. Arago’s experiment. 2.2. Fizeau’s interference experiment with moving water. 2.3. Michelson-Morley’s experiment. 2.4. De Sitter’s observation 2.5. Doppler- effect. 2.6. Ives- Stilwell’s experiment. 2.7. The stellar aberration. 2.8. The "consequences" of relativity. 2.9. The electromagnetic experiments. 3. The influence of the medium on the speed of the light. 4. The new explanation of the main known phenomena and experiments. 4.1. Arago’s experiment 4.2. The interference Fizeau’s experiment with moving water 4.2.1. The received calculation of Fizeau’s interferometer 4.2.2. The change of the frequencies of the interfering beams in the interferometer with moving water 4.2.3. The influence of the change of the frequencies of the interfering beams on the fringe shift 4.2.4. The fringe shift conditioned by the change of the frequencies of the interfering beams 4.2.5. The total fringe shift in the interferometer with moving water 4.3. Michelson-Morley’s experiment 4.4. Why the light goes from the binary stars with identical speed. 4.5. The Doppler-effect without the invariance of the light speed 4.5.1. The observer moves relative to the medium, the source is immovable 4.5.2 The light source moves relative to the medium, the observer is immovable. 4.5.3. The light source and the observer move relative to the medium 4.6. The transverse Doppler-effect 4.7. The stellar aberration 4.8. About the "consequences" of the special relativity 4.9 The cosmological red shift without
Gennady Sokolov, Vitali Sokolov. It is true that you may fool all the people some of the time; you can even fool some of the people all of the time; but you can’t fool all of the people all the time. Abraham Lincoln (USA, 1809-1865). Content 1. What the special relativity states. What is the postulate of the invariability 2. The optical experiments and observations that forced to receive the postulate of invariability of light speed. 2.1. Arago’s experiment. 2.2. Fizeau’s interference experiment with moving water. 2.3. Michelson-Morley’s experiment. 2.4. De Sitter’s observation 2.5. Doppler- effect. 2.6. Ives- Stilwell’s experiment. 2.7. The stellar aberration. 2.8. The "consequences" of relativity. 2.9. The electromagnetic experiments. 3. The influence of the medium on the speed of the light. 4. The new explanation of the main known phenomena and experiments. 4.1. Arago’s experiment 4.2. The interference Fizeau’s experiment with moving water 4.2.1. The received calculation of Fizeau’s interferometer 4.2.2. The change of the frequencies of the interfering beams in the interferometer with moving water 4.2.3. The influence of the change of the frequencies of the interfering beams on the fringe shift 4.2.4. The fringe shift conditioned by the change of the frequencies of the interfering beams 4.2.5. The total fringe shift in the interferometer with moving water 4.3. Michelson-Morley’s experiment 4.4. Why the light goes from the binary stars with identical speed. 4.5. The Doppler-effect without the invariance of the light speed 4.5.1. The observer moves relative to the medium, the source is immovable 4.5.2 The light source moves relative to the medium, the observer is immovable. 4.5.3. The light source and the observer move relative to the medium 4.6. The transverse Doppler-effect 4.7. The stellar aberration 4.8. About the "consequences" of the special relativity 4.9 The cosmological red shift without