Revolutionizing Prosthetics: The Cyber Hand Project

The video discusses the Cyber Hand project, a pan-European initiative to create an artificial hand that mimics the nervous connections between the brain and a hand. Unlike traditional prosthetics, Cyber Hand is controlled by the patient's nervous system through electrodes, allowing the user to feel the prosthesis as their own. The project involves collaboration between Italian and German scientists, with sensory feedback provided via additional electrodes. Although still in the research phase, Cyber Hand represents a significant advancement in prosthetic technology, with commercial availability expected in 5 to 10 years.

What is the main goal of the Cyber Hand project?

• To design a new type of electrode

• To improve muscle-controlled artificial limbs

• To develop a prosthetic hand that mimics nervous connections

• To create a monument in the ancient city

How is the Cyber Hand different from traditional artificial limbs?

• It is controlled by muscle flexing

• It uses the patient's nervous system for control

• It is heavier and less flexible

• It requires external power sources

What allows the Cyber Hand user to feel the prosthesis as their own?

• Special bio interface electrodes

• Wireless technology

• Advanced muscle sensors

• External control devices

Which countries are involved in the joint effort to modify the electrodes used in the Cyber Hand?

• Sweden and Norway

• France and Spain

• Italy and Germany

• United Kingdom and Netherlands

How long might it take before the Cyber Hand becomes commercially available?

• 11 to 15 years

• 5 to 10 years

• 3 to 4 years

• 1 to 2 years