paper

Inflationary scenarios beyond the Standard Model

arXiv:2501.08380 · doi:10.1016/B978-0-443-26598-3.00016-X

Abstract

The aim of this chapter is to explain in clear and pedagogical terms how some particle-physics models and/or mechanisms can naturally lead to inflation and how this can provide testable predictions that can help us find new physics effects. Two well-established features of theoretical particle physics are linked to an essential property of inflation, a naturally-flat inflaton potential: (1) scale invariance, broken by small quantum corrections, and (2) Goldstone's theorem. It is also illustrated how to combine several scenarios of this type to obtain a rather general particle-physics motivated inflationary setup.

Invited chapter of the section on Beyond the Standard Model contained in the Encyclopedia of Particle Physics (1st edition, Elsevier). 13 pages. Published version

References in corpus (21)