Both the hippocampus and amygdala are involved in working memory (WM) processing.
However, their specific role in WM is still an open question. Here, we simultaneously …

Highlights•Cognitive flexibility increases in childhood and declines in aging.•Transient
control underlying switch costs shows little change across the lifespan.•Sustained control …

Episodic memories can be modified, a process that is potentially driven by mnemonic
prediction errors. In the present study, we used modified cues to induce prediction errors of …

Robust evidence points to mnemonic deficits in older adults related to dedifferentiated, ie
less distinct, neural responses during memory encoding. However, less is known about …

Mnemonic discrimination of highly similar memory traces is affected in healthy aging via
changes in hippocampal pattern separation—ie, the ability of the hippocampus to …

Decreased fidelity of mnemonic representations plays a critical role in age-related episodic
memory deficits, yet the brain mechanisms underlying such reductions remain unclear …

As the aging population across the world continues to grow, there is an ever-increasing
need to understand how age and factors associated with aging impact cognition. Cognitive …

Intrusive memories are a core symptom of posttraumatic stress disorder. Compared with
memories of everyday events, they are characterized by several seemingly contradictory …

Despite the well-established phenomenon of improved memory performance through
repeated learning, studies investigating the associated neural mechanisms have yielded …

Although living and nonliving stimuli are known to rely on distinct brain regions during
perception, it is largely unknown if their episodic memory encoding mechanisms differ as …