Born-Infeld condensate as a possible origin of neutrino masses and dark energy

Abstract

We discuss the possibility that a Born-Infeld condensate coupled to neutrinos can generate both neutrino masses and an effective cosmological constant. In particular, an effective field theory is provided capable of dynamically realizing the neutrino superfluid phase firstly suggested by Ginzburg and Zharkov. In such a case, neutrinos acquire a mass gap inside the Born-Infeld ether forming a long-range Cooper pair. Phenomenological implications of the approach are also discussed.

arXiv comment10 pages, 1 figure, to appear in Physics Letter B

References in corpus (10)

• Theory of Dark Matter Superfluidity
• Born-Infeld Quantum Condensate as Dark Energy in the Universe
• Small neutrino masses from gravitational $\theta$-term
• Dark Matter Superfluidity and Galactic Dynamics
• Neutrino mixing contribution to the cosmological constant
• Neutrino mixing as a source of dark energy
• Dark energy and particle mixing
• Dark energy, cosmological constant and neutrino mixing
• Dark Energy Content of Nonlinear Electromagnetism
• Vacuum Structure and Dark Energy

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• Einstein-Yang-Mills-aether theory with nonlinear axion field: Decay of color aether and the axionic dark matter production
• Dark Energy from pNGB Mediated Dirac Neutrino Condensate
• Brane Bounce from logarithmic entropic corrections in the bulk
• $\mathcal{H}$olographic $\mathcal{N}$aturalness and Information See-Saw Mechanism for Neutrinos
• Neutrino Condensate Dark Energy from TeV Scale Extra Dimensions