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We show that the Planck 2015 and BICEP2/KECK measurements of the CosmicMicrowave Background (CMB) anisotropies provide together an information gain of0.82 +- 0.13 bits on the reheating history over all slow-roll single-fieldmodels of inflation. This corresponds to a 40% improvement compared to thePlanck 2013 constraints on the reheating. Our method relies on an exhaustiveCMB data analysis performed over nearly 200 models of inflation to derive theKullback-Leibler entropy between the prior and the fully marginalized posteriorof the reheating parameter. This number is a weighted average by the Bayesianevidence of each model to explain the data thereby ensuring its fairness androbustness.

Information Gain on Reheating: the One Bit Milestone