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Shadow areas to illuminate.
It seems that a lot of things have been forgotten

  Welcome - Einstein's relativity - The ether - Galileo's relativity - Waves - References 


Tuesdays June 11, 2024

The Aether as seen by Albert

We offer you a hypothesis concerning relativity and quantum mechanics, taken from the articles written by Albert Einstein himself and from Max Planck's quantum of action. This hypothesis is astonishing and very simple, but it takes boldness and everything becomes simple. We offer experiments to verify it.

In 1920 Albert Einstein described a medium of electromagnetic and gravitational waves freed from the immobility that the 19th century had imposed on it in relation to the Sun and the stars (fixed at the time!) and which they called "ether" in the Honor of one of the greatest physicists of ancient Greece, Aristotle.

The problem was that for the constant speed of light to be preserved in all frames of reference, this medium had to be immobile in all these frames of reference which obviously moved at different speeds. It seemed impossible.
Free fall is a relative frame of reference as Albert Einstein understood in 1907. Relativity became generalized with the curvature of space.

En 1920, Albert Einstein décrivait un milieu d'ondes électromagnétiques et gravitationnelles libéré de l'immobilité que le XIXe siècle lui avait imposée par rapport au Soleil et aux étoiles (fixes à l'époque !) et qu'ils appelaient « éther » en l'honneur de l'un des plus grands physiciens de la Grèce antique, Aristote. Le problème était que pour que la vitesse constante de la lumière soit préservée dans tous les référentiels, il fallait que ce milieu soit immobile dans tous ces référentiels qui se déplaçaient évidemment à des vitesses différentes. Cela semblait impossible. La chute libre est un référentiel relatif comme l'avait compris Albert Einstein en 1907. La relativité s'est généralisée avec la courbure de l'espace.

Wednesday January 10, 2024

Monday december 3, 2023

Publication of the book "The ether of Albert Einstein"

If you ask a physicist to explain ether to you, he will either be embarrassed or he will say that ether does not exist, that it was rejected by Einstein in 1905.

But, Einstein published “The ether and the theory of relativity". After his theory of general relativity, he became aware of the problem posed by deformable space and gravitational waves.

He conferred with other physicists and recognized the existence of the Lorentz ether, with no physical characteristics except immobility. An immobility that Einstein removed.

Einstein confirms the condition for the existence of an ether. Special Relativity requires that this environment cannot be considered as an absolute reference. Assuming that light moves at the same speed in each inertial frame, it is assumed to be stationary in each frame. This situation prevented Einstein from going further.

We have found a hypothesis that could explain this mysterious movement : the speed of light would be everywhere the same, because the ether would be seen as motionless everywhere. This hypothesis is very simple, and we propose experiments that are also quite simple to verify it.

Albert Einstein

Isaac Newton


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