Introduction to Quantum Effects in Gravity

By V. Mukhanov, S. Winitzki. 2007

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Magnetic fields from inflation (2009, background): “The appearance of time dependence of the coefficient in front of F 2 term is naturally interpreted as time-dependent coupling constant of the vector field.”
The Black Hole Information Problem (2016, background): “The importance of the adiabatic principle was emphasized by Jacobson [18]; it was also employed in [19].”
Thermodynamic interpretation of the generalized gravity models with geometry - matter coupling (2014, background): “Later on this quantum phenomenon was studied via the modern techniques of quantum field theory in curved space-times in [38] - [43].”
Nonlocal gravity. Conceptual aspects and cosmological predictions (2017, methodology): “In particular, if φ̂ is hermitian 〈0in|φ̂|0in〉 is real, and it obeys causal equations of motions in which the retarded propagator appears [5, 36, 37], and 〈0in|ĝμν |0in〉 plays the role of a metric.”
Scalaron from R2-gravity as a heavy field (2017, background): “Besides, the contribution to the curvature perturbation from 〈δφ〉 is suppressed by e at the horizon crossing and is negligible [34].”