CONTENTS
Предисловие
1. Системы координат
2. Преобразование координат, преобразование Галилея, инерционные системы
3. Сходство распространении света и звуковых волн
4. Эфир как носитель электромагнитных явлений
5. Эксперимент Майкельсона-Морли
5.1. Осуществление эксперимента и вычисление сдвига интерференции
5.2. Влияние эффекта Допплера на результаты измерения
6. Новый интерферометр для измерения скорости движения тела относительно эфира
7. Некоторые попытки измерения земного движения относительно эфира новым интерферометром
8. Земной эфир и возможность устанавления его существования
9. Лоренцево объяснение отрицательных результатов эксперимента Майкельсона
10. Преобразование Лоренца
11. Некоторые наблюдения в связи с преобразованием Лоренца
12. Получение преобразования координат основывающееся на удовлетворении требования инвариантности
13. Влияние движения воды на скорость света (эксперимент Физо)
14. Новое объяснение результата эксперимента Физо
15. The principles of the theory of relativity
16. The highest possible velocity
17. Contraction of space
17.1. Contraction of space according to the special theory of relativity
17.2. Contraction of space according to the scientific literature
17.3. A new way of determining the contraction of space
18. Dilatation (contraction) of time
18.1. Dilatation of time according to the special theory of relativity
18.2. Dilatation of time according to the scientific literature
18.3. Checking the correctness of determining the contraction of space and dilatation of time
18.4. A new way of determining the contraction of time
18.5. Checking the correctness of the new way of determining the contraction of space and time
19. Addition of speeds
19.1. Addition of speeds in a vacuum
19.2. Addition of speeds in water
20. Fizeau's test and the special theory of relativity
21. Influence of motion of the radiation source and the receiver on light and sound frequency (Doppler effect)
21.1. The classical way of determining the Doppler effect
21.2. The relativistic way of determining the Doppler effect
22. Aberration
22.1. The classical way of determining the angle of aberration
22.2. The relativistic way of determining the angle of aberration
22.3. Objections to the relativistic approach to determining the angle of aberration
22.4. A new explanation of aberration
22.5. Did Bradley make a mistake in determining the course of diurnal aberration?
22.6. Ascertaining the course of the diurnal aberration by means of astronomical observation
22.7. Possible errors in determining the earth's axis of rotation if the earth's and sun's ether exist
22.8. One possibility for a demonstration of the existance of the sun's ether
23. Mass and energy
23.1. The classical way of determining the masses of an electron in motion
23.2. The relativistic way of determining the masses of an electron in motion
23.3. Objections to the Einstein's way of deriving equations for masses of a moving electron
23.4. Concept of mass
23.5. The kinetic energy of an electron in motion
23.6. The energy of a body
23.7. Objections to Einstein's derivation of the equation
23.8. The derivation of the equation
by the classical procedure
23.9. The derivation of the equation
by the classical procedure
23.10. The pressure of electromagnetic radiation, the red shift and the cosmic rays
24. On simultaneity and relativity of length and time interval
24.1. Einstein's determination of simultaneity and relativity of length and time interval
24.2. Objections to Einstein's determination of simultaneity and relativity of length and time interval
25. The problem of motion in the theory of relativity
26. Antimatter and the annihilation of matter and antimatter do not exist
26.1. The energy of a magnetic field and the radius of an electron in motion
26.2. The kinetic energy of electron and positron at the moment of their collision
26.3. The positron is not antimatter
26.4. A new neutral particle - the ELPOTRIN
26.5. The composition and nature of matter
27. De Broglie's perpetual motion
28. Conclusion
Bibliography
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