Is attention enhanced following performance errors? Testing the adaptive control hypothesis

neuroscan automated blink reduction algorithm

max frequency=40 Hz wavelet cycles setting 3, 0.5
hemisphere M=0.94 lV2, right hemisphere M=0.96 lV2
hemisphere M=0.96 lV2, right hemisphere M=0.97 lV2
Fz M=23.80 lV, FCz M=23.02 lV, Cz M=21.95 lV, all three differ by Bonferroni post hoc, ps<.005

Flashing a smile: Startle eyeblink modulation by masked affective faces

baseline startle response during intertrial intervals

First-impression bias effects on mismatch negativity to auditory spatial deviants

process of generating confidence estimates

Affective priming and cognitive load: Event-related potentials suggest an interplay of implicit affect misattribution and strategic inhibition

N400 prime valence effect under low load, F(2,92)=1.58, p=.213, E=.95, h2p=.03

Pupil dilation indicates the coding of past prediction errors: Evidence for attentional learning theory

Noncontact measurement of emotional and physiological changes in heart rate from a webcam

Consistency of abnormal sensory gating in first-admission and chronic schizophrenia across quantification methods

observed consistently across gating quantification method
largely consistent across quantification method
large effect sizes across quantification method
comparison of gating quantification method

when p>.05; LQ 5 lateralization quotientbetween100=100%

Dyspnea catastrophizing and neural activations during the anticipation and perception of dyspnea

two step probabilistic independent component analysis

kg/m2 FEV1 L FEV1 (% predicted) FVC L FVC (% predicted) Dyspnea catastrophizing BCS Trait Anxiety STAI T Subsample chi2(N=45)=28.5 (6.1
Cronbach's alpha=.96 Solomon et al., 2015

The power of frontal midline theta and post-error slowing to predict performance recovery: Evidence for compensatory mechanisms

tirsem>M3 F<C>L<>M LEB tffce p</FP>R</LR>P<3 p<3 /FP>/FP>itseng itseng itseng itseng itseng itseng PF<itseng FC>EC>O EC>O EC>O EC>O EC>O T<<<3.1.2 | D2