4, S. Halayka, A note on anisotropic quantum gravity

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Volume 36: Pages 369-371, 2023


A note on anisotropic quantum gravity


S. Halaykaa)


741 McCraney Crescent, Prince Albert, Saskatchewan S6V 6W3, Canada


In Newton’s theory, all mass gravitates in an isotropic (spherical) manner. In this paper, we will consider aspherical—anisotropic—gravitating processes, which lead to a unique view of dark matter: dark matter is a graviton condensate. We also discuss dark energy and the possibility of a final, fifth interaction.


Dans la théorie de Newton, toute masse gravite de manière isotrope (sphérique). Dans cet article, nous considérerons les processus gravitationnels asphériques – anisotropes, qui conduisent à une vision unique de la matière noire : la matière noire est un condensat de graviton. Nous discutons également de l’énergie noire et de la possibilité d’une cinquième interaction finale.


Key words: Graviton; Entropy; Dark Matter; Dark Energy; Relaying.


Received: January 24, 2023; Accepted: August 29 2023; Published Online: September 22, 2023


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