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Asymptotic freedom in certain $SO(N)$ and $SU(N)$ models
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abstract
We calculate the $\beta$-functions for $SO(N)$ and $SU(N)$ gauge theories coupled to adjoint and fundamental scalar representations, correcting long-standing, previous results. We explore the constraints on $N$ resulting from requiring asymptotic freedom for all couplings. When we take into account the actual allowed behavior of the gauge coupling, the minimum value of $N$ in both cases turns out to be larger than realized in earlier treatments. We also show that in the large $N$ limit, both models have large regions of parameter space corresponding to total asymptotic freedom.
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Cited by 1 Pith paper
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Grand Unified Theories in Renormalisable, Classically Scale Invariant Gravity
For an SO(12) gauge theory with adjoint and fundamental scalars coupled to scale-invariant quantum gravity, all couplings can be asymptotically free and dimensional transmutation can generate Einstein gravity at low energies.
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