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The human connectome can be used to measure effective information bandwidth between auditory and visual brain areas.

ScienceTechnologyMay 11, 2026score 0.172 posts · 0 replies across 1 instances
The thread explores the measurement of information bandwidth between auditory and visual brain areas using the human connectome, and investigates how experience might influence this bandwidth through functional re-wiring. This is significant for understanding neural plasticity and potential applications in neurotechnology.

Claims

The human connectome can be used to measure effective information bandwidth between auditory and visual brain areas.
Parent: NeuroscienceEntity: Human ConnectomeImpact: positiveDate: May 11, 2026Target: The ability of the human connectome to measure information bandwidth between auditory and visual areas
Experience can influence the information bandwidth between auditory and visual areas through functional re-wiring.
Parent: NeurotechnologyEntity: Functional Re-wiringImpact: neutralDate: May 11, 2026Target: The impact of experience on information bandwidth through functional re-wiring

Source posts

@[email protected]
Looking for measures of effective information bandwidth from auditory to visual areas. Has anyone tried that using what is now known about the human connectome? Next: how may experience affect this bandwidth through functional re-routing ("rewiring") ? #blindness #noninvasive #BCI #neuroscience
0 boosts · 0 favs · 0 replies · May 11, 2026
#blindness#noninvasive#bci#neuroscience
@[email protected]
Looking for measures of effective information bandwidth from auditory to visual areas. Has anyone tried that using what is now known about the human connectome? Next: how may experience affect this bandwidth through functional re-routing ("rewiring")? #blindness #noninvasive #BCI #neuroscience
0 boosts · 0 favs · 0 replies · May 11, 2026
#blindness#noninvasive#bci#neuroscience