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A functional treatment of small instanton-induced axion potentials
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abstract
We present a functional method to perform complete one-instanton calculations of the axion potential. This is done for an $SU(N)$ gauge theory with a matter content in any representation of the gauge group. This type of computation requires the expression of the fermion zero modes of the theory. We construct them for all representations of $SU(2)$, which serve as building blocks for obtaining the fermion zero modes for arbitrary representations of $SU(N)$. The method is applied to the Minimal Supersymmetric $SU(5)$ model and its low-energy counterpart, the Minimal Supersymmetric Standard Model extended with two color triplets.
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Small-instanton effects in an atlas of KSVZ axion models
Small-instanton contributions can dominate the QCD axion potential in KSVZ models with many vector-like quarks, raising m_a to tens of MeV and shifting the m_a-g_aγγ relation.
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