Researchers have explored how a fingertip's mechanical memory of prior forces influences tactile neuron activity. The study unveils the importance of fingertip viscoelasticity, where deformations last longer than the applied force, affecting information sent to the brain.
Researchers have explored how a fingertip's mechanical memory of prior forces influences tactile neuron activity. The study unveils the importance of fingertip viscoelasticity, where deformations last longer than the applied force, affecting information sent to the brain.
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