Working-memory signal changes sides as remembered objects cross the midline
Human EEG recordings show that a working-memory-associated signal reverses lateralization as remembered objects cross the visual midline, a pattern consistent ...
Tag: neural dynamics
New Toolkit Puts Simulated Neural Circuits to the Test
The central premise behind the Computation-through-Dynamics Toolkit rests on a conceptual shift that has been gaining momentum in systems neuroscience ...
Borrowing From Quantum Math, a New Framework Describes the Brain’s Evolving States
A new computational neuroscience study proposes representing evolving brain dynamics with wave-function formalism, showing that EEG signals change in coordinated ...
How the Reach of Inhibitory Synapses Steers Brain Networks Toward Criticality
A new computational study shows that the spatial reach of inhibitory synapses, through signal delays that weaken long-range connections, determines ...
High-Frequency Bursts Boost Human Spatial Attention
In the intricate landscape of the human brain, where sensory input must be swiftly integrated and acted upon, the question ...
Brain-wide Study Uncovers Structured Movement Encoding
In a groundbreaking study that pushes the boundaries of our understanding of how the brain encodes movement, researchers have unveiled ...
Sentence Structure in Language: A Potentially Language-Specific Phenomenon
In a groundbreaking study published in PLOS Biology, researchers from the Max Planck Institute for Psycholinguistics, alongside the Donders Institute ...
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