Nested hippocampal oscillations in the rodent give rise to temporal dynamics that may
underlie learning, memory, and decision making. Although theta/gamma coupling in rodent …

Oscillatory brain activity reflects different internal brain states including neurons' excitatory
state and synchrony among neurons. However, characterizing these states is complicated …

Neuronal oscillations in the rat hippocampus relate to both memory and locomotion, raising
the question of how these cognitive and behavioral correlates interact to determine the …

Theta oscillations reflect rhythmic inputs that continuously converge to the hippocampus
during exploratory and memory-guided behavior. The theta-nested operations that organize …

Wireless recordings in macaque neocortex and hippocampus showed stronger theta
oscillations during early-stage sleep than during alert volitional movement including …

Neuronal oscillations allow for temporal segmentation of neuronal spikes. Interdependent
oscillators can integrate multiple layers of information. We examined phase–phase coupling …

Neuronal oscillations and cross‐frequency interactions in the rat hippocampus relate in
important ways to memory processes and serve as a model for studying oscillatory activity in …

It was recently proposed that fast gamma oscillations (60–150 Hz) convey spatial
information from the medial entorhinal cortex (EC) to the CA1 region of the hippocampus …

The rodent hippocampus expresses a variety of neuronal network oscillations depending on
the behavioral state of the animal. Locomotion and active exploration are accompanied by …

Oscillations in neural activity are widespread throughout the brain and can be observed at
the population level through the local field potential. These rhythmic patterns are associated …