A naturally light scalar-like distortion field emerges in generalized gravity and mixes with the Higgs boson.
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A metric-affine-like generalization of Yang-Mills theory is constructed by making the Hermitian form and connection independent, yielding new fields B_a, h, G_ab, N_a that become massive via GL(n,C) to U(n) breaking and decouple in the infinite-mass limit.
A metric-affine-like generalization of Yang-Mills theory adds new interacting fields B_a, h, G_ab and N_a that become massive after spontaneous breaking of GL(n,C) to U(n) and recover standard YM when the mass scale goes to infinity.
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Naturally Light Distortion
A naturally light scalar-like distortion field emerges in generalized gravity and mixes with the Higgs boson.
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New "metric-affine-like" generalization of Yang-Mills theory
A metric-affine-like generalization of Yang-Mills theory is constructed by making the Hermitian form and connection independent, yielding new fields B_a, h, G_ab, N_a that become massive via GL(n,C) to U(n) breaking and decouple in the infinite-mass limit.
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"Metric-affine-like" generalization of YM (mal-YM): detailed classical consideration
A metric-affine-like generalization of Yang-Mills theory adds new interacting fields B_a, h, G_ab and N_a that become massive after spontaneous breaking of GL(n,C) to U(n) and recover standard YM when the mass scale goes to infinity.