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2014

Inflation from Broken Scale Invariance

Csaki, Csaba, Kaloper, Nemanja, Serra, Javi et al.

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We construct a model of inflation based on a low-energy effective theory of spontaneously broken global scale invariance.

This provides a shift symmetry that protects the inflaton potential from quantum corrections.
Since the underlying scale invariance is non-compact, arbitrarily large inflaton field displacements are readily allowed in the low-energy effective theory.
A weak breaking of scale invariance by almost marginal operators provides a non-trivial inflaton minimum, which sets and stabilizes the final low-energy value of the Planck scale.

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