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2014

Low-Energy Behavior of Gluons and Gravitons from Gauge Invariance

Bern, Zvi, Davies, Scott, Di Vecchia, Paolo et al.

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We show that at tree level, on-shell gauge invariance can be used to fully determine the first subleading soft-gluon behavior and the first two subleading soft-graviton behaviors.

Our proofs of the behaviors for n-gluon and n-graviton tree amplitudes are valid in D dimensions and are similar to Low's proof of universality of the first subleading behavior of photons.
In contrast to photons coupling to massive particles, in four dimensions the soft behaviors of gluons and gravitons are corrected by loop effects.
We comment on how such corrections arise from this perspective.

Low-Energy Behavior of Gluons and Gravitons from Gauge Invariance · Around

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