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robotics, microbots, 3D printing, autonomous navigation, Daniela Kraft, Leiden University, bio-inspired technology, nanotechnology, living organisms
## Introduction
In a groundbreaking development that blurs the lines between robotics and biology, Professor Daniela Kraft from Leiden University has unveiled a new innovation: microscopic robots that swim and navigate like living organisms. These remarkable 3D-printed microbots operate without the need for traditional sensors, software, or even a...
## Introduction
In a groundbreaking development that blurs the lines between robotics and biology, Professor Daniela Kraft from Leiden University has unveiled a new innovation: microscopic robots that swim and navigate like living organisms. These remarkable 3D-printed microbots operate without the need for traditional sensors, software, or even a...
robotics, microbots, 3D printing, autonomous navigation, Daniela Kraft, Leiden University, bio-inspired technology, nanotechnology, living organisms
## Introduction
In a groundbreaking development that blurs the lines between robotics and biology, Professor Daniela Kraft from Leiden University has unveiled a new innovation: microscopic robots that swim and navigate like living organisms. These remarkable 3D-printed microbots operate without the need for traditional sensors, software, or even a...
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