Other Open Access

The Tully Fisher relation as quantum gravitational effect

PERIAT, Thierry

A. Einstein's general theory of relativity predicts that any spinning gravitational source drags the space-time structure with it. It is the so-called Thirring-Lense effect. This effect has been measured and confirmed with the Gravity Probe B experiment. This document goes a step further in proposing and analyzing the consequences of a simple hypothesis: ``The Thirring-Lense effect generates a Klein-Gordon massive wave''. A renewed mathematical analysis of the Klein-Gordon equation is realized. That analysis loans elements to the theory of deformed algebras and introduces usual tools appearing in a theory of quantum mechanics. A confrontation mixing the hypothesis and this new analysis yields a law which I propose to interpret as being the Tully-Fisher relation. This demonstration suggests that the kinetic behavior of arms in spiral galaxies is the macroscopic and amplified expression of a quantum gravitational phenomenon

Files (4.6 MB)
Name Size
4.6 MB Download
All versions This version
Views 135135
Downloads 113113
Data volume 519.9 MB519.9 MB
Unique views 133133
Unique downloads 112112


Cite as