In both experiments, we find that observers are sensitive to SF and orientation changes for upright and inverted faces and non-face objects.
Across both experiments we find that using a spatial analogy (for example, a time line) to make multiple alignments, and keeping all unrelated components of the analogy held constant (for example, keep the time line the same length), leads to better understanding of the magnitude of geologic time.
Interestingly, across both experiments we found stigma consciousness (i.e., sensitivity to the possibility of experiencing discrimination) moderated these results, and had important implications for Black women's reported feelings of trust and belonging.
In both experiments, we found an early (i.e., first-pass) apparent preview benefit for semantically associated previews in constrained contexts that went away in late measures (e.g., total time).
Finally, in both experiments, we found a reduction in breast-muscle oxidative damage for tocopherol-supplemented birds, which constitutes the first demonstration of a protective effect of vitamin E against oxidative stress in wild birds.
In both experiments we found that the effective noise level corresponds to ~ 0.06 deg of motion over 30 msec, which is ~ 20 times smaller than the lattice spacing of detectors in the compound eye or ~ 10 times smaller than the nominal diffraction limit due to blur by the eye's lenses.
From the results of both experiments, we found a significant difference in the rate of problem solving in favor of the "Prediction" group when students had prior exposure to active learning.
In both experiments, we found high centrality values in cortical and subcortical areas, but also in white matter regions.
In both experiments, we found the fusion in 2/3 adenocarcinoma samples (SRX027124, SRX027125) and 1/3 adjacent normal sample (SRX027128) with reads spanning the fusion coordinate and containing both unique ERG and TMPRSS2 bases.
Across both experiments, we found that the extent to which actions were learned using model-based updating during instrumental training predicted their later sensitivity to devaluation.
In both experiments we found that very light treadmill walking during encoding resulted in better performance during vocabulary retrieval compared to being sedentary.
