International audienceTwo experiments examined the relation between explicit knowledge and motor performance on the serial reaction time task developed by Nissen and Bullemer (1987). Tests of free recall and recognition of sequence components revealed that reliable explicit knowledge was acquired after an amount of practice that was hardly sufficient to improve mean motor performance. In addition, reaction time improvement was limited to the ending trials of the 3- and 4-trial sequence components that Ss recalled or recognized. These results were replicated in Experiment 3, in which Ss were trained under attentional distraction in the task developed by Cohen, Ivry, and Keele (1990). Overall, these findings undermine the most direct experime...
In two H2(15)O PET scan experiments, we investigated the cerebral correlates of explicit and implici...
The generation of long-term memory for motor skills can be modulated by subsequent motor experiences...
To investigate a human sequential learning Nissen & Bullemer (1987) developed a serial reaction time...
International audienceTwo experiments examined the relation between explicit knowledge and motor per...
This paper uses the Process Dissociation Procedure to explore whether people can acquire unconscious...
Past research on sequence learning shows that exposure to a structured series of events under incide...
In this paper, we study the effect of conscious knowledge on implicit sequence learning. To do so, i...
Previous studies have shown a dissociation of implicit and explicit knowledge of a repeating sequenc...
Can we learn without awareness? Although this issue has been extensively explored through studies of...
To my family … Sequence learning is one of the most important functions of the motor system since al...
The Serial Reaction Time Task (SRTT) is an important paradigm to study the properties of unconscious...
Skilled, sequential movements can be acquired explicitly or implicitly. In the present study, we exa...
This paper investigated how implicit and explicit knowledge is reflected in event-related potentials...
In two (H15O)-O-2 PET scan experiments, we investigated the cerebral correlates of explicit and impl...
The objective of this thesis was to assess whether human and nonhuman animals can learn about serial...
In two H2(15)O PET scan experiments, we investigated the cerebral correlates of explicit and implici...
The generation of long-term memory for motor skills can be modulated by subsequent motor experiences...
To investigate a human sequential learning Nissen & Bullemer (1987) developed a serial reaction time...
International audienceTwo experiments examined the relation between explicit knowledge and motor per...
This paper uses the Process Dissociation Procedure to explore whether people can acquire unconscious...
Past research on sequence learning shows that exposure to a structured series of events under incide...
In this paper, we study the effect of conscious knowledge on implicit sequence learning. To do so, i...
Previous studies have shown a dissociation of implicit and explicit knowledge of a repeating sequenc...
Can we learn without awareness? Although this issue has been extensively explored through studies of...
To my family … Sequence learning is one of the most important functions of the motor system since al...
The Serial Reaction Time Task (SRTT) is an important paradigm to study the properties of unconscious...
Skilled, sequential movements can be acquired explicitly or implicitly. In the present study, we exa...
This paper investigated how implicit and explicit knowledge is reflected in event-related potentials...
In two (H15O)-O-2 PET scan experiments, we investigated the cerebral correlates of explicit and impl...
The objective of this thesis was to assess whether human and nonhuman animals can learn about serial...
In two H2(15)O PET scan experiments, we investigated the cerebral correlates of explicit and implici...
The generation of long-term memory for motor skills can be modulated by subsequent motor experiences...
To investigate a human sequential learning Nissen & Bullemer (1987) developed a serial reaction time...