This research examines the effect of time of testing on adult age differences in resistance to interference, working memory, processing speed, and vocabulary. Results show that time of testing modulates age-related differences only in the ability to resist automatic and prepotent responses. Older adults tested in the afternoon were more susceptible to interference than young adults tested at the same time of the day, and than their peers tested in the morning. In contrast, age-related differences in working memory, processing speed and vocabulary were not modulated by time of the day. Our findings suggest that age-related modulation of performance as a function of the time of the day is specific to resistance to interference
Time of day is known to influence cognition differently across age groups, with young adults perform...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...
Using the Wickens, Born, Allen (1963) release from proactive interference paradigm, subjects were te...
Background: Researchers have devoted much effort in trying to understand how and why our subjective ...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Two experiments investigated whether age and testing at preferred (optimal) times of day or nonprefe...
Time of day is known to influence cognition differently across age groups, with young adults perform...
Synthetic work research is designed to simulate complex work activities by requiring participants to...
The goal of this study was to investigate the impact of circadian arousal on prospective memory perf...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
The goal of this study was to investigate the impact of circadian arousal on prospective memory perf...
Time of day is known to influence cognition differently across age groups, with young adults perform...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...
Using the Wickens, Born, Allen (1963) release from proactive interference paradigm, subjects were te...
Background: Researchers have devoted much effort in trying to understand how and why our subjective ...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Individual differences in working memory (WM) have been shown to reflect the ability to control atte...
Two experiments investigated whether age and testing at preferred (optimal) times of day or nonprefe...
Time of day is known to influence cognition differently across age groups, with young adults perform...
Synthetic work research is designed to simulate complex work activities by requiring participants to...
The goal of this study was to investigate the impact of circadian arousal on prospective memory perf...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
Age-related difficulties have been reported on proactive control whereas reactive control seems to r...
The goal of this study was to investigate the impact of circadian arousal on prospective memory perf...
Time of day is known to influence cognition differently across age groups, with young adults perform...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...
This thesis investigated whether testing older adults at their optimal time of day (the morning) wou...