
Soft robotics is a growing field, especially for soft robots mimicking simple living organisms and the so-called Bio-bots1. These Bio-bots combine soft-materials (skeleton) with muscle cells, (muscle or motor) and…
Soft robotics is a growing field, especially for soft robots mimicking simple living organisms and the so-called Bio-bots1. These Bio-bots combine soft-materials (skeleton) with muscle cells, (muscle or motor) and…
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