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Axion Detection Experiments Meet the Majoron
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The majoron is a well-motivated light (pseudo-Nambu-Goldstone) boson associated with the spontaneous breaking of a global lepton-number symmetry. In this {\it letter}, we relate the spontaneous breaking scale and its soft-breaking mass by requiring that the majoron is the main component of the dark matter. An electromagnetic-anomalous coupling can be induced by minimally modifying the original majoron model, surprisingly, predicting a parameter region that largely overlaps with the QCD-axion dark matter band. Thus, we expect that axion search experiments meet the majoron.
Forward citations
Cited by 4 Pith papers
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How to Identify a Majoron: Effective Field Theories of Spontaneous Lepton Number Breaking
Seesaw Majoron models imply parameter-free correlations among Higgs, muon decay, and neutrino observables that can identify the neutrino mass mechanism.
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Majoron Dark Energy via Freezing Induced by Quantum Coherence
Quantum coherence lag in a hidden pseudo-Dirac sterile reservoir can freeze a physical Majoron into a metastable w≈−1 phase even when m_φ ≫ H_0.
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Minimal Majoron Dark Matter from a Discrete $Z_N$ Gauge Symmetry
Discrete Z_N-protected majoron dark matter excludes Z_5, leaves Z_7/Z_11/Z_13 viable, and predicts a 1–10 MeV Z_7 majoron testable by COSI through 511 keV and γγ lines.
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Electric Dipole Moments From Missed Dark Matter Scattering
Missed scattering of axion-like dark matter is argued to induce an apparent electric dipole moment, yielding new, stronger constraints on the ALP-electron and ALP-proton couplings.
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