This work was supported by a European Research Council (ERC) starting grant awarded to A.M.S. (INQMINDS, no. SEP-210159400).We developed a non-verbal task assessing updating and manipulation of working memory contents. 80 3- to 7-year-olds (47 girls; predominantly European White) were tested with a 4 × 4 grid containing 8 boxes (in the 4 centre cells and 4 outer corners). A sticker was hidden and children searched for it after a delay phase. In the updating trials, the grid was rotated during delays, in the manipulation trials, the grid was both occluded and rotated. Rewards were hidden in either the inner or outer boxes (between-subjects design). Performance was affected by age, rotation degree and hiding condition. Performance was better ...
The experiments in this thesis explored the development of executive function in 5- to 11-year-old c...
Tracking the identity of occluded objects requires binding an object’s features to its location to r...
The present thesis investigated how mental representations of rotation develop between 2 and 5.5 ye...
We developed a non-verbal task assessing updating and manipulation of working memory contents. 80 3-...
Children’s performance on working memory tests improves with age, although the reasons for this deve...
To identify the role of the child's own action in the development of the ability to coordinate ...
Attentional set shifting is a core part of cognition, allowing quick and flexible adaption to new de...
From maps sketched in sand to supercomputing software, humans ubiquitously enhance cognitive perform...
We assessed 3- to 5-year-olds’ mental rotation abilities using a new puzzle paradigm. It allows for...
Keeping track of unseen objects is an important spatial skill. In order to do this, people must situ...
Much of humans' success rests on foresight, the ability to predict what will happen or what is neede...
Infants' ability to mentally track the orientation of an object during a hidden rotation was invest...
Imaging or 'seeing in the mind's eye' is one of the cognitive skills involved in the process of desi...
Visual working memory (VWM) is the facility to hold in mind visual information for brief periods of ...
Four experiments examined the age at which children start to use external symbols to aid their memor...
The experiments in this thesis explored the development of executive function in 5- to 11-year-old c...
Tracking the identity of occluded objects requires binding an object’s features to its location to r...
The present thesis investigated how mental representations of rotation develop between 2 and 5.5 ye...
We developed a non-verbal task assessing updating and manipulation of working memory contents. 80 3-...
Children’s performance on working memory tests improves with age, although the reasons for this deve...
To identify the role of the child's own action in the development of the ability to coordinate ...
Attentional set shifting is a core part of cognition, allowing quick and flexible adaption to new de...
From maps sketched in sand to supercomputing software, humans ubiquitously enhance cognitive perform...
We assessed 3- to 5-year-olds’ mental rotation abilities using a new puzzle paradigm. It allows for...
Keeping track of unseen objects is an important spatial skill. In order to do this, people must situ...
Much of humans' success rests on foresight, the ability to predict what will happen or what is neede...
Infants' ability to mentally track the orientation of an object during a hidden rotation was invest...
Imaging or 'seeing in the mind's eye' is one of the cognitive skills involved in the process of desi...
Visual working memory (VWM) is the facility to hold in mind visual information for brief periods of ...
Four experiments examined the age at which children start to use external symbols to aid their memor...
The experiments in this thesis explored the development of executive function in 5- to 11-year-old c...
Tracking the identity of occluded objects requires binding an object’s features to its location to r...
The present thesis investigated how mental representations of rotation develop between 2 and 5.5 ye...