Story perspectives

AI-Driven Bionic Hand Enhances Dexterity and Control

12/10/2025

Summary

Story summary

Engineers at the University of Utah have developed an artificial intelligence-powered bionic hand that integrates pressure and proximity sensors for grasping.
The system lets fingers adjust for a stable grip while the user controls grasp strength with muscle signals.
Participants reported improved dexterity and reduced mental strain during daily tasks, such as lifting cups.
Researchers plan to explore neural interfaces for mind-controlled prosthetics.
The findings were published in Nature Communications.

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Story summary

Engineers at the University of Utah have developed an artificial intelligence-powered bionic hand that integrates pressure and proximity sensors for grasping.
The system lets fingers adjust for a stable grip while the user controls grasp strength with muscle signals.
Participants reported improved dexterity and reduced mental strain during daily tasks, such as lifting cups.
Researchers plan to explore neural interfaces for mind-controlled prosthetics.
The findings were published in Nature Communications.