A new type of scalar field inflation
Cristiano Germani (LUTH, Observatoire de Paris), Alex Kehagias, (NTUA, Athens)

TL;DR
This paper explores a novel inflationary model where a massive scalar field with a non-minimally coupled kinetic term to gravity can produce a slow-roll inflationary background.
Contribution
It introduces a new inflationary scenario involving non-minimal kinetic coupling, expanding the theoretical landscape of inflation models.
Findings
Demonstrates the feasibility of slow-roll inflation with non-minimal kinetic coupling.
Provides conditions under which the model produces inflation.
Suggests potential observational signatures of this inflationary mechanism.
Abstract
In this short note we discuss the possibility of producing a slow rolling inflationary background by considering a massive scalar field whose kinetic term is non-minimally coupled to gravity.
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