It remains a dogma in cognitive neuroscience to separate human attention and memory into
distinct modules and processes. Here we propose that brain rhythms reflect the embedded …

Predictive processing has become a leading theory about how the brain works. Yet, it
remains an open question, how predictive processes are realized in the brain. Here I …

The hippocampus is a mammalian brain structure that expresses spatial representations
and is crucial for navigation,. Navigation, in turn, intricately depends on locomotion; …

The cholinergic system is essential for memory. While degradation of cholinergic pathways
characterizes memory-related disorders such as Alzheimer's disease, the …

Competition between overlapping memories is considered one of the major causes of
forgetting, and it is still unknown how the human brain resolves such mnemonic conflict. In …

Accumulating evidence has suggested that a great proportion of sepsis survivors suffer from
long-term cognitive impairments after hospital discharge, leading to decreased life quality …

Encoding an event in memory requires neural activity to represent multiple dimensions of
behavioral experience in space and time. Recent experiments have explored the influence …

Sensory perception and memory are enhanced during restricted phases of ongoing brain
rhythms, but whether voluntary movement is constrained by brain rhythm phase is not …

Computational models and in vivo studies in rodents suggest that the emergence of gamma
activity (40–140 Hz) during memory encoding and retrieval is coupled to opposed-phase …

The quest to understand how the development of the brain supports the development of
complex cognitive functions is fueled by advances in cognitive neuroscience methods …