The Tully-Fisher's law and Dark Matter effects derived via modified symmetries

Abstract

In any physical system, when we move from short to large scales, new spacetime symmetries emerge which help us to simplify the dynamics of the system. In this letter we demonstrate that certain variations on the symmetries of General Relativity at large scales, generate the effects equivalent to Dark Matter. In particular, we reproduce the Tully-Fisher law, consistent with the predictions proposed by MOND. Additionally, we demonstrate that the dark matter effects derived in this way, are consistent with the predictions suggested by MOND, without modifying gravity.

arXiv comment4 pages, Editor's choice at EPL

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Cited by in corpus (5)

• Direct detection of dark matter: a critical review
• The cosmological constant emerging from a symmetry invariant
• Comment on "The Tully-Fisher law and dark matter effects derived via modified symmetries" by Arraut Ivan
• Modification of Newtonian Gravity: Implications for Hot Gas in Clusters and Galactic Angular Momentum
• Reply to the "Comment on The Tully-Fisher law and dark matter effects derived via modified symmetries by I. Arraut"