20240311

Why the 1887 Michelson-Morley Experiment did not Disprove Aether

PSI Blog 20240311 Why the 1887 Michelson-Morley Experiment did not Disprove Aether

 

They only proved “ether” was not fixed.



 Figure 42 Interferometer measurements of Earth’s velocity around the Sun as determined at various altitudes above mean sea level. The three data points in red at high altitude are projections and are yet to be performed. The other data are from Galaev[1], who seems to be the first to show this relationship (Borchardt, 2017[2]).

 

 

Many thanks to Prof. Steve Ruis for this comment:

 

“I suspect that most people, as I did, believe that the experiment disproved the existence of an aether. If you are looking for a topic to write on, explaining why that isn't so and the follow-up experiments would help people understand. Thanks for all you do!”

 

 

Through a series of notable missteps, this celebrated experiment, also known as MMX, led to the Big Bang Theory. This clever, yet naïve attempt to measure Earth’s motion around the Sun has been called the “most famous null experiment of all time.”

 

MMX was clever because it attempted to detect the velocity of light in two different directions:

 

1.   In the same direction of Earth’s travel.

2.   Perpendicular to Earth’s travel

 

It was naïve because Michelson and Morley based the experiment on four erroneous assumptions:

 

1.   Ether[3] is fixed and Earth simply moves through it. They expected to observe an “ether wind” similar to the wind in your face when you run down the street.

2.   The above was ironic since Lucretius, Galileo, Einstein, and many others assumed all things in the universe were in motion with respect to other things: An assumption otherwise known as “relativity.”

3.   Not being in motion, fixed ether particles could not accelerate ordinary matter. Newton's Second Law of Motion (F=ma) would not apply to them.

4.   The ubiquitous ether permeated everything, with ordinary matter moving through it. This assumption became especially clear in their selection of where to perform the experiment: the basement of a campus dormitory.

 

In reality, this would be like trying to measure the jet stream in your backyard at sea level. They did not imagine aether might form an “aetherosphere” that surrounded the Earth and was attached to Earth just like our atmosphere. Then there could be no differential motion between Earth and the aether that was moving along with it. 

 

Nonetheless, their apparatus was cleverly designed to observe the fringe (fuzziness) when the two perpendicularly intersecting beams of light met after traveling identical distances. The assumed light “corpuscles” would have recorded an “ether wind” of 30 km/s—the velocity of Earth around the Sun. Light traveling perpendicular to the direction of Earth’s motion would be unaffected. There actually was a fringe, but it was tiny and generally ignored by budding regressive physicists as experimental error. The final interpretation: a null result. MMX proved there was no fixed ether.

 

But was there a more reasonable aether[4] that was not fixed? Why should aether particles be unlike other portions of the universe, being in motion with respect to other things? Why wouldn’t aether particles interact with ordinary matter by colliding with it, undergoing acceleration and deceleration per Newton's Second Law of Motion? The truth is that real aether particles have all those properties and then some. Most of the research on aether is in dissident literature where it is ignored by regressive physicists, who are, after all, are defined by “aether denial,” which appears necessary for graduation.

 

After MMX, subsequent measurements that used improved technology showed they were a function of altitude (Figure 42 above). The MMX measurements were at low attitude (about 210 m at Cleveland, Ohio). They only made 36 crude measurements, but thousands have been performed and interpreted by numerous investigators at various altitudes. None have been especially simple because Earth rotates as it revolves around the Sun. The results change minute-by-minute and the complete width of the fringes have not always been included in the measurements, especially by MMX. In addition, the solar system’s rotation around the center of the Milky Way at about 230 km/s may or may not be a factor.

 

I think Figure 42 is evidence for an “aetherosphere,” which, like our atmosphere, surrounds Earth and moves along with it. I also have concluded it is a result of the accumulation of aether particles that were decelerated after colliding with Earth during the acceleration we call gravitation. Consequently, the density of the aether medium is greatest near Earth, becoming less dense though more active and less sluggish with distance from Earth. Thus, the full 30-km/s motion Michelson and Morley were trying to detect only can be measured at a great distance from Earth—probably beyond the troposphere.

 

The readoption of the aether medium results in data interpretations that are more logical than the “anti-common sense” we were taught. Among these are:

 

1.   Abandonment of the perfectly empty space idealization and the false assumption that nonexistence is possible.

2.   Abandonment of Einstein’s false assumption light was a massless particle containing perfectly empty space traveling perpetually through perfectly empty space.

3.   Its source does not contribute velocity to light because light is not a particle.    

4.   Light velocity is constant because light is a wave whose velocity is, like all waves, controlled by the medium as long as the properties of the medium remain unchanged.

5.   The so-called “gravitational redshift” is a result of slight changes in the medium as a function of altitude. Distal increases in aether pressure cause light waves to speed up, lengthening the distance between waves.

6.   Both clock speed and mass increase due to increases in aether pressure with increases in altitude.

7.   Einstein’s “gravitational waves” are shock waves that travel through the aether medium at the same velocity as light waves. They have nothing to do with gravitation.

8.   The acceleration of gravitation is produced by high-velocity local aether particles that become decelerated upon colliding with ordinary matter.

9.   The “Dark Matter” contributing to the mass of rotational galaxies probably is decelerated aether like the aetherosphere surrounding Earth.

 

 

PSI Blog 20240311

 

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[1] Galaev, Y.M., 2002, The measuring of ether-drift velocity and kinematic ether viscosity within optical waves band (English translation): Space-time & Substance, v. 3, no. 5, p. 207-224. [http://go.glennborchardt.com/Galaevaether].

[2] Borchardt, Glenn, 2017, Infinite Universe Theory: Berkeley, California, Progressive Science Institute, 337 p. [http://go.glennborchardt.com/IUTebook].

[3] I use “ether” as the proper spelling for fixed ether and for the class of organic chemicals. The “aether” spelling has precedent with Descartes (1844) who suggested it was the ubiquitous medium responsible for light transmission, gravitation, and the formation of ordinary matter.

[4] See above.

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