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Motivated by its potential use in constraining the structure of 6Drenormalization group flows, we determine the low energy dilaton-axioneffective field theory of conformal and global symmetry breaking in 6Dconformal field theories (CFTs). While our analysis is largely independent ofsupersymmetry, we also investigate the case of 6D superconformal field theories(SCFTs), where we use the effective action to present a streamlined proof ofthe 6D a-theorem for tensor branch flows, as well as to constrain properties ofHiggs branch and mixed branch flows. An analysis of Higgs branch flows in someexamples leads us to conjecture that in 6D SCFTs, an interacting dilatoneffective theory may be possible even when certain 4-dilaton 4-derivativeinteraction terms vanish, because of large momentum modifications to 4-pointdilaton scattering amplitudes. This possibility is due to the fact that in allknown $D > 4$ CFTs, the approach to a conformal fixed point involves effectivestrings which are becoming tensionless.

EFT of 6D SUSY RG Flows