Face Adaptation Effects Show Strong and Long-Lasting Transfer from Lab to More Ecological Contexts

Illustrating Bayesian Evaluation of Informative Hypotheses for Regression Models

Enhanced Expectancies Improve Performance Under Pressure

Selectivity of Face Distortion Aftereffects for Differences in Expression or Gender

The Nature of Belief-Directed Exploratory Choice in Human Decision-Making

P flip=0.025], medium volatility P flip=0.075
by<disp formula id="E5">BI C model=-2*1 n L model + k model -1

Do Spanish-English Bilinguals have Their Fingers in Two Pies - or is It Their Toes? An Electrophysiological Investigation of Semantic Access in Bilinguals

Differing Processing Abilities for Specific Face Properties in Mid-Childhood and Adulthood

Is 'Hit and Run' a Single Word? The Processing of Irreversible Binomials in Neglect Dyslexia

The Role of Pitch and Timbre in Voice Gender Categorization

Rethinking the Role of Top-Down Attention in Vision: Effects Attributable to a Lossy Representation in Peripheral Vision

patch discrimination based upon statistics
preattentive binding patch discrimination based upon summary statistics
visual discriminability of patch statistics

Listening for the Norm: Adaptive Coding in Speech Categorization

target f2 frequency repeated measures anova

Measuring Happiness: From Fluctuating Happiness to Authentic-Durable Happiness

Eigenvalue=7.25 factor loadings ranged from 0.58-0.85
Eigenvalue=1.11 factor loadings ranged from 0.52-0.80

An Orthographic Effect in Phoneme Processing, and Its Limitations

Neural Specificity for Grammatical Operations is Revealed by Content-Independent fMR Adaptation

Perseverative Thinking in Depression and Anxiety

Cognitive Task Demands Modulate the Sensitivity of the Human Cochlea

distortion product otoacoustic emission curve

Is Coefficient Alpha Robust to Non-Normal Data?

alpha^to avoid relatively large estimation

E7">alpha=k k -1 1 - ∑ j=1 k σ j 2 σ X + 2
variances s^2,<disp formula id="E8">alpha^=k k -1 1 - ∑ j=1
gamma 1=0, gamma 2=0 normal distribution; - gamma 1=0, gamma 2=-1.385 symmetric platykurtic distribution; - gamma 1=0, gamma 2=25 symmetric leptokurtic distribution; - gamma 1=0.96, gamma 2=0.13 non symmetric distribution; - gamma 1=0.48, gamma 2=-0.92 non symmetric platykurtic distribution; - gamma 1=2.5, gamma 2=25
i=1:rep alphavi=alpha(n,k,evar,rho,tbcd,ebcd); end rmse=sqrt(meanalphav rho.^2