Tiny Animal Hairs Could Act as Sensitive Compass Needles
Around 100 of specific hair cells in the inner ear, called stereocilia could act as effective biological compass needles, allowing animals to accurately sense magnetic fields around them.
Combining brain imaging data with machine learning, researchers make new discoveries about how the brain controls the hand. The findings could lead to the development of more advanced neuroprosthetics. from Neuroscience News https://ift.tt/3tv7BbC
Around 100 of specific hair cells in the inner ear, called stereocilia could act as effective biological compass needles, allowing animals to accurately sense magnetic fields around them.
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