Pattern separation, the ability to independently represent and store similar experiences, is a
crucial facet of episodic memory. Growing evidence suggests that the hippocampus …

Pattern separation, or the process by which highly similar stimuli or experiences in memory
are represented by non-overlapping neural ensembles, has typically been ascribed to …

Physical exercise has beneficial effects on neurocognitive function, including hippocampus-
dependent episodic memory. Exercise intensity level can be assessed according to whether …

Adaptive learning systems need to meet two complementary and partially conflicting goals:
detecting regularities in the world versus remembering specific events. The hippocampus …

The field of neurocognition is currently undergoing a significant change of perspective.
Traditional neurocognitive models evolved into an integrative and dynamic vision of …

Increasing evidence suggests that regular moderate exercise increases neurogenesis in the
dentate gyrus (DG) of the hippocampus and improves memory functions in both humans and …

Fear generalization to stimuli resembling a conditioned danger-cue (CS+) is a fundamental
dynamic of classical fear-conditioning. Despite the ubiquity of fear generalization in human …

Episodic memory depends on the computational process of pattern separation in order to
establish distinct memory representations of similar episodes. Studies of pattern separation …

Episodic memory is the ability to remember events from our past accurately. The process of
pattern separation is hypothesized to underpin this ability and is defined as the capacity to …

Detailed representations of past events rely on the ability to form associations between items
and their contextual features (ie, source memory), as well as the ability to distinctly represent …