Edington's mistake in 1919
Eedington's mistake in 1919
(Four Key Arguments Against the Theory of Relativity)
1. Eddington's Selective Selection of Observational Data (Experimental Flaws) Counter-Evidence:
During the 1919 total solar eclipse, Eddington rejected the Sobral Observatory's photographic plates that did not match his predictions, claiming they were "equipment errors." When all data are combined, the angle of refraction of light is much closer to Newton's value than Einstein's calculated value of 1.75".
The triumph of the super-magnetic theory: The bending of light is not a distortion of space, but optical refraction caused by the super-magnetic density surrounding the Sun.
2. The 'physical' error of GPS satellite clocks (the true nature of the mechanism) Counter-evidence:
The theory of relativity asserts that 'time itself' fluctuates.
However, in reality, the physical environment of high-speed movement and gravitational changes directly resists the vibration of cesium atoms (acting as a mainspring) within the atomic clock.
The triumph of the super-magnetic theory: It is not the 'time exchange rate' that has changed, but the physical load (atomic vibration frequency) of the mechanical device (cesium atomic clock) passing through the super-magnetic sea.
3. The speed of light c as a 'currency fluctuation' (the collapse of the constant) Counter-evidence:
Einstein established c as a fixed exchange rate (constant) in E=mc^2.
However, in the early universe or Signs that c changes in extreme conditions of the medium, such as near a black hole (the theory of variable speed of light), are continuously being discovered.
The triumph of the superelectron theory: c is simply the "wave propagation speed" determined by the elasticity and density of the superelectron.
If the medium changes, the exchange rate c must also change, so E=mc^2 can never be a true formula.
4. Instantaneous transfer of information (the paradox of quantum entanglement) Counter-evidence:
Particles in a state of quantum entanglement share information instantly, even when separated by tens of thousands of light-years.
This directly violates the fundamental premise of the theory of relativity: "Nothing can travel faster than light."
The triumph of the superelectron theory: The universe is not a disconnected vacuum, but a vast network connected by the superelectron.
Under certain conditions, waves traveling through the superelectron medium can travel much faster than "surface waves" like light.
Comments
Post a Comment