Signals are processed only if they reach the brain during brief receptive cycles. This timing mechanism explains how attention filters information and may inform therapies and brain-inspired technologies. It has long been recognized that the brain gives priority to the information we direct our attention toward. A well-known example is the cocktail party effect. “In […]



Summary

The brain prioritizes information received during brief “receptive cycles,” a timing mechanism that filters information based on attention. This explains phenomena like the “cocktail party effect,” where we focus on a single conversation amidst background noise. Signals arriving outside these cycles are effectively blocked. Understanding these receptive cycles reveals how attention works at a fundamental level and holds potential for developing targeted therapies for attention disorders. Furthermore, this knowledge can inspire new brain-inspired technologies by mimicking the brain’s efficient information processing.

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