Dark consequences from light neutrino condensations
Raul Horvat, Peter Minkowski, Josip Trampetic
TL;DR
This paper explores how light neutrino dipole moments, calculated within an extended standard model, could lead to neutrino condensates that contribute to the current cosmological constant, offering a potential explanation for dark energy.
Contribution
It introduces a novel mechanism linking neutrino dipole moments to cosmological constant via neutrino condensates within an extended standard model.
Findings
Neutrino dipole moments can induce condensates affecting cosmological constant
Neutrino condensates may contribute significantly to dark energy
Extended standard model predicts measurable neutrino properties
Abstract
In this paper we discuss light neutrino dipole moments, computed in the neutrino-mass extended standard model (SM), as a possible source for neutrino condensates which may cause cosmological constant observed today.
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