Recent experimental evidence suggests that oscillatory activity plays a pivotal role in the
maintenance of information in working memory, both in rodents and humans. In particular …

Visual working memory (VWM) plays a crucial role in temporarily storing and processing
visual information, but the nature of stored representations and their interaction with new …

Starting in early infancy, our perception and predictions are rooted in strong expectations
about the behavior of everyday objects. These intuitive physics expectations have been …

To accomplish even rudimentary tasks, our cognitive system must update its representation
of the changing environment. This process relies on visual working memory (VWM), which …

The question of what the basic unit is of visual working memory remains one of the most
fundamental and controversial issues. In the current study, we proposed a unique …

Visual working memory has severe capacity limits, creating a bottleneck for active
processing. A key way of mitigating this limitation is by chunking, ie compressing several …

When an object we represent in visual working memory (VWM) changes, its representation
is modified accordingly. VWM can either access and change the existing representation by …

The “irrelevant-change distracting effect” refers to the effect of changes in irrelevant features
on the performance of the target feature, which has frequently been used to study …

In recent years, there has been growing research regarding the online nature of visual
working memory (VWM). These online aspects are arguably the defining attributes of …

Visual working memory (VWM) is a theoretical mental space to represent visual information
for a task. To date, attempts to characterize VWM have primarily utilized static visual …