Mach like principle from conserved charges
Eduardo Guendelman, Roee Steiner

TL;DR
This paper explores models where fundamental constants depend on conserved charges of the universe, proposing a Mach-like principle that links constants to global properties, with implications for Lorentz invariance and cosmology.
Contribution
It introduces a framework where gauge and gravitational constants are functions of conserved charges, extending Mach's principle to all constants of nature and analyzing their invariance properties.
Findings
Constants depend on the universe's total charge
Lorentz invariance can be restored via phase transformations
Cosmological constant can depend on total charge
Abstract
We study models where the gauge coupling constants, masses and the gravitational constant are functions of some conserved charge in the universe, and furthermore a cosmological constant that depends on the total charge of the universe. We first consider the standard Dirac action, but where the mass and the electromagnetic coupling constant are a function of the charge in the universe and afterwards extend this to curved spacetime and consider gauge coupling constants, the gravitation constant and the mass as a function of the charge of the universe, which represent a sort of Mach principle for all the constants of nature. In the flat space formulation, the formalism is not manifestly Lorentz invariant, however Lorentz invariance can be restored by performing a phase transformation of the Dirac field, while in the curved space time formulation, there is the additional feature that some…
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