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But scientists at the university of edinburgh have been developing an e—skin that will help robots that need to sense and touch things better manoeuvre through their environment. softer robots is made of flexible materials and which is safe and easy to use in particularly unstructured environments. it has many potential application fields, such as prosthetics, and it can be used to make more natural—feeling artificial limbs, and also wearable technologies, so it can be used to sense and respond to the environment related to touch and also movement. this acts like the function of neurons, w...

As robotics develop, researchers are increasingly looking at ways that will allow machines to feel — not exactly the way we do, but scientists at the university of edinburgh have been developing an e—skin that will help robots that need to sense and touch things better manoeuvre through their environment. softer robots is made of flexible materials - and which is safe and easy to use i in particularly unstructured environments. _ it has many potential application fields, . such as prosthetics, and it can be used to make more natural—feeling - artificial limbs, and also wearable technolog...

As robotics develop, researchers are increasingly looking at ways that will allow machines to feel — not exactly the way we do, but scientists at the university of edinburgh have been developing an e—skin that will help robots that need to sense and touch things better manoeuvre through their environment. softer robots is made of flexible materials and which is safe and easy to use in particularly unstructured environments. it has many potential application fields, such as prosthetics, and it can be used to make more natural—feeling artificial limbs, and also wearable technologies, so it...

Researchers are increasingly looking at ways that will allow machines to feel — not exactly the way we do, but scientists at the university of edinburgh have been developing an e—skin that will help robots that need to sense and touch things better manoeuvre through their environment. softer robots is made of flexible materials and which is safe and easy to use in particularly unstructured environments. it has many potential application fields, such as prosthetics, and it can be used to make more natural—feeling artificial limbs, and also wearable technologies, so it can be used to sense...

But scientists at the university of edinburgh have been developing an e—skin that will help robots that need to sense and touch things better manoeuvre through their environment. softer robots is made of flexible materials and which is safe and easy to use in particularly unstructured environments. it has many potential application fields, such as prosthetics, and it can be used to make more natural—feeling artificial limbs, and also wearable technologies, so it can be used to sense and respond to the environment related to touch and also movement. this acts like the function of neurons, w...