Detecting ether wind

ether-noo.narod.ru

Ether can be observed experimentally

The measurements made by me in the end of 1960-ies and beginning of 1970-ies years at interferometers of the Michelson type with gaseous, liquid and solid optical light carriers apppeared to be positive in principle (i.e. detecting "aether wind"). The non-zero shifts of the interference fringe that I have observed transferring by means of the TV system its microimage at the stationary screen of the kinescope (outside the rotary optical stage), have taken place for all optical media with the refractive index in the range 1.0001 < n < 2. In the region 1.0001 < n < 0.2 there occurs the linear growth of the fringe amplitude shift proportionally to n² − 1, then this growth ceased gradually decreasing to zero. In the zone n² ∼ 2 the fringe shift becomes unobservable, and at n² > 2 it changes the sign and grows with a new sign proportionally to (n² − 1)². Thus, the interference fringe shift is absent only in the laboratory vacuum (n ≈ 1) and in optical media with n² ≈ 2.
I allocate at this site all published by me in high school press of new Russia reports with positive results of detecting the aether wind velocity in the experiments performed at 55.80° NL in Obninsk. At different times of day and night the run of the optical platform in the horizontal plane reveals the projection v of the aether wind velocity vector. It changes in the interval of values 140 < v < 480 km/s. With the additional elevation of the optical platform at the tilt angle from ∼35° to ∼80° in the direction of the Twins constellation the observed from the shift of the interference fringe aether wind velocity attains 600 km/s. The values of the tilt angle ∼35° correspond to measurements in summer at noon or in winter at midnight, and the tilt angle ∼80° – to measurements in winter at noon or in summer at midnight. All details of these experiments I report at this site.

	The list of publications
	1. Physical interpretation of the fringe shift measured on the Michelson interferometer in dielectric media
	2. What and how does a Michelson interferometer measure?
	3. Experiments performed in order to reveal fundamental differences between the diffraction and interference of waves and electrons
	4. Michelson-type interferometer operating at effects of first order with respect to v/c
	5. Detector of aether operating on transverse Doppler effect
	6. Why Shamir and Fox did not detect "aether wind" in 1969?
	7. Why Trimmer et al. �did not detect" aether wind in 1973?
	8. Why over 30 years aether wind was not detected in Michelson-type experiments with resonators?
	9. Why obviously non-zero shift of interference fringes is interpreted again as confirming negative outcome of experiments on Michelson type interferometers
	10. The compatibility of non-negative outcome of Michelson&Morley experiments with Lorentz-invariant transformations of the light speed in moving optical media
	11. Why positive experiments by Galaev, as well as Miller, have yielded "negative" results of detection of aether
	12. Secrets of the two of concepts of relativity theory (and the experimental coercion to recognize of the correctness aether-of dynamic of concept)
	13. How the presence of particle in the light-carrying zone of the Michelson interferometer produces anisotropy of the speed of light (on example of the erroneous interpretation of Kennedy, Illingworth and Joos's experiments)
	14. How Peace "denied" experiments of Miller (on the examples of the tacit consent of Lorentz, Michelson, and others with the negation of Einstein of the positive experiments Miller in 1920th)
	15. Physical interpretation of the fringe shift measured on Michelson interferometer in optical media
	16. The mystery "did not-sameness" the speeds of light in nature

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©Demjanov