Previous behavioral studies have suggested that the automaticity of face recognition depends on familiarity. We sought converging evidence for this claim using electrophysiological measures. In Experiment 1, participants first rated their familiarity with 6 male celebrities. They then performed dual tasks in which Task 1 required a tone/noise discrimination. For...
Previous studies have shown that both younger and older adults exhibit similar brain activity while anticipating monetary gain but older adults exhibit less brain activity comparing to younger adults while anticipating monetary loss. In Anderson et al.’s (2011) study, they found that visual search was slower with a salient, task-irrelevant...
Previous studies have shown that both younger and older adults exhibit similar brain activity while anticipating monetary gain but older adults exhibit less brain activity comparing to younger adults while anticipating monetary loss. In Anderson et al.’s (2011) study, they found that visual search was slower with a salient, task-irrelevant...
Alexithymia is a trait where individuals have difficulty identifying feeling and finding a word to express emotion. Some studies have suggested that this deficit is due to dissociation (repression), or an inability to perceive emotions, whereas others argued that the deficit is due to suppression of emotional information after it...
Alexithymia is a trait where individuals have difficulty identifying feeling and finding a word to express emotion. Some studies have suggested that this deficit is due to dissociation (repression), or an inability to perceive emotions, whereas others argued that the deficit is due to suppression of emotional information after it...
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...
Our responses are faster when the response key location is compatible with target location than when it is incompatible, even when target location was irrelevant to the task (the Simon effect). This effect is observed even when two people shared the task (e.g., one pressing the left key and the...
Our responses are faster when the response key location is compatible with target location than when it is incompatible, even when target location was irrelevant to the task (the Simon effect). This effect is observed even when two people shared the task (e.g., one pressing the left key and the...
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...
Visual working memory (VWM) allows us temporarily hold images in our minds and manipulate them. As an example, you can remember a face you just saw, or try to imagine how a room would look with a different arrangement of furniture. Previous studies have shown that individuals with low VWM...
Visual working memory (VWM) allows us temporarily hold images in our minds and manipulate them. As an example, you can remember a face you just saw, or try to imagine how a room would look with a different arrangement of furniture. Previous studies have shown that individuals with low VWM...
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,...
The present study examined whether semantic activation for words occurs by encoding whole word shape in addition to individual letters. We used LEET stimuli, where digits were used as parts of words, such as “R34DING” instead of “READING”. Previous studies have suggested that LEET stimuli are encoded in a letter-like...
The present study examined whether semantic activation for words occurs by encoding whole word shape in addition to individual letters. We used LEET stimuli, where digits were used as parts of words, such as “R34DING” instead of “READING”. Previous studies have suggested that LEET stimuli are encoded in a letter-like...
Lien, Ruthruff, and Johnston (2010) reported that the attentional control system is able to rapidly and fully switch between different search settings (e.g., red to green), with no carryover. The present study examined whether such impressive flexibility is possible even with more complicated switches, namely singleton search and the feature...
Lien, Ruthruff, and Johnston (2010) reported that the attentional control system is able to rapidly and fully switch between different search settings (e.g., red to green), with no carryover. The present study examined whether such impressive flexibility is possible even with more complicated switches, namely singleton search and the feature...
Some studies suggest that attention can be captured by irrelevant, salient objects when they appear rarely. We addressed this issue using the N2pc effect, a lateralized, negative voltage spike in the brain potentials in parietal cortex, thought to reflect attentional allocation. A cue display was followed by a target display...