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. Author manuscript; available in PMC: 2016 Dec 2.

Published in final edited form as: Cogn Affect Behav Neurosci. 2015 Jun;15(2):475–491. doi: 10.3758/s13415-015-0336-9

Moral behavioral adjustment analyses. a): Within NoOp trials, Loss trials (incorrect prediction of the coin toss) vs. Win trials (correct prediction of the coin toss) and the Loss-minus-Win difference wave ERPs at centro-parietal (CPz and Pz) electrodes. The topographical map depicts the mean amplitude of MFN during the 300-450 ms time window based on grand average waveforms. b) the relationship between Loss-minus-Win MFN (within NoOp trials) and one's moral behavioral adjustment (in %). A larger Loss-minus-Win MFN reflects a larger reward prediction error.

Moral behavioral adjustment analyses. a): Within NoOp trials, Loss trials (incorrect prediction of the coin toss) vs. Win trials (correct prediction of the coin toss) and the Loss-minus-Win difference wave ERPs at centro-parietal (CPz and Pz) electrodes. The topographical map depicts the mean amplitude of MFN during the 300-450 ms time window based on grand average waveforms. b) the relationship between Loss-minus-Win MFN (within NoOp trials) and one's moral behavioral adjustment (in %). A larger Loss-minus-Win MFN reflects a larger reward prediction error.