An oscillating homogeneous SU(2) condensate indirectly induces parametric resonance in U(1) helicity modes via a pseudoscalar mediator, producing a Hill equation that reduces to Mathieu form with derived resonance conditions and a non-chiral property in the periodic limit.
Direct- collapse supermassive black holes from ultralight dark matter
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2verdicts
UNVERDICTED 2representative citing papers
ALP dark matter coupled to EM via Chern-Simons produces secondary photons from fluctuations in a pre-existing cosmological magnetic field spectrum, with Lyman-Werner flux consistent with CMB and X-ray limits.
citing papers explorer
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Indirect Parametric Resonance of the Electromagnetic Field Driven by an Oscillating SU(2) Dark Matter Condensate
An oscillating homogeneous SU(2) condensate indirectly induces parametric resonance in U(1) helicity modes via a pseudoscalar mediator, producing a Hill equation that reduces to Mathieu form with derived resonance conditions and a non-chiral property in the periodic limit.
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Secondary Production of Photons from ALP Dark Matter interacting with a Cosmological Magnetic Field
ALP dark matter coupled to EM via Chern-Simons produces secondary photons from fluctuations in a pre-existing cosmological magnetic field spectrum, with Lyman-Werner flux consistent with CMB and X-ray limits.