Working memory (WM) is an evolving concept. Our understanding of the neural functions
that support WM develops iteratively alongside the approaches used to study it, and both …

Visual information around us is rarely static. To perform a task in such a dynamic
environment, we often have to compare current visual input with our working memory (WM) …

Serial dependence has shown seemingly contradictory effects on visual perception and
working memory. While serial dependence promotes perpetual and mnemonic stability, it …

Content maintained in visual working memory changes concurrent visual processing,
suggesting that visual working memory may recruit an overlapping neural representation …

Sensory input is inherently noisy while the world is inherently predictable. When multiple
observations of the same object are available, integration of the available information …

The action perspective on working memory suggests that memory representations are
coded according to their specific temporal and behavioral task demands. This stands in …

Maintaining perceptual experiences in visual working memory (VWM) allows us to flexibly
accomplish various tasks, but some tasks come at a price. For example, comparing VWM …

Our brain sometimes represents visual information in a biased manner. Multiple visual
features presented simultaneously or sequentially may interact with each other when we …

Comparing a visual memory with new visual stimuli can bias memory content, especially
when the new stimuli are perceived as similar. Perceptual comparisons of this kind may play …

Humans are often tasked to remember new faces so that they can recognize the faces later
in time. Previous studies found that memory reports for basic visual features (eg, colors and …