Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated two experiments with age-related differences: the first assessed recognition memory for pictures of faces and how it is modulated...
Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated two experiments with age-related differences: the first assessed recognition memory for pictures of faces and how it is modulated...
Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated whether this attentional bias enhances memory of the negative emotional faces. Participants first performed a gender discrimination task on...
Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated whether this attentional bias enhances memory of the negative emotional faces. Participants first performed a gender discrimination task on...
Previous studies have suggested that LEET words can automatically activate lexical information because of their physical similarity to real words (e.g., Perea, Duñabeitia, & Carreiras, 2008). Lien, Allen, and Martin (in press) recently used electrophysiological measures (event-related brain potentials; ERPs) to show similar lexical/semantic activation (based on the N400 effect,...
Previous studies have suggested that LEET words can automatically activate lexical information because of their physical similarity to real words (e.g., Perea, Duñabeitia, & Carreiras, 2008). Lien, Allen, and Martin (in press) recently used electrophysiological measures (event-related brain potentials; ERPs) to show similar lexical/semantic activation (based on the N400 effect,...
Previous studies have suggested that LEET words can automatically activate lexical information because of their physical similarity to real words (e.g., Perea, Duñabeitia, & Carreiras, 2008). Lien, Allen, and Martin (in press) recently used electrophysiological measures (event-related brain potentials; ERPs) to show similar lexical/semantic activation (based on the N400 effect,...
Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated two experiments with age-related differences: the first assessed recognition memory for pictures of faces and how it is modulated...
Previous studies have suggested that negatively valenced faces (e.g., angry faces) automatically capture attention away from faces with other emotional valences (e.g., happy faces and neutral faces). The present study evaluated whether this attentional bias enhances memory of the negative emotional faces. Participants first performed a gender discrimination task on...