Higgs inflation and quantum gravity: An exact renormalisation group
  approach
  We use the Wilsonian functional Renormalisation Group (RG) to study quantum
corrections for the Higgs inflationary action including the effect of
gravitons, and analyse the leading-order quantum gravitational corrections to
the Higgs' quartic coupling, as well as its non-minimal coupling to gravity and
Newton's constant, at the inflationary regime and beyond. We explain how within
this framework the effect of Higgs and graviton loops can be sufficiently
suppressed during inflation, and we also place a bound on the corresponding
value of the infrared RG cut-off scale during inflation. Finally, we briefly
discuss the potential embedding of the model within the scenario of Asymptotic
Safety, while all main equations are explicitly presented.
