A new study reveals how the brain unifies vision across its two hemispheres when objects cross the field of view. Researchers tracked neural spikes and brain wave frequencies, showing that different wave patterns anticipate, execute, and confirm the handoff of information from one hemisphere to the other. Gamma and beta waves managed sensory encoding, while alpha waves ramped up before the transfer and theta waves peaked after, signaling completion.
A new study reveals how the brain unifies vision across its two hemispheres when objects cross the field of view. Researchers tracked neural spikes and brain wave frequencies, showing that different wave patterns anticipate, execute, and confirm the handoff of information from one hemisphere to the other. Gamma and beta waves managed sensory encoding, while alpha waves ramped up before the transfer and theta waves peaked after, signaling completion.
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