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Artificial Intelligence
Light-Driven Nanorobots Smaller Than a Human Hair Open New Frontiers in Microbiology
A pioneering multidisciplinary research team at Julius-Maximilians-Universität Würzburg has engineered sub-micrometer robotic devices capable of operating directly within the microbial…
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Artificial Intelligence
Light-Driven Nanorobots Smaller Than a Human Hair Open New Frontiers in Microscopic Manipulation
The threshold between observation and active intervention in the microbial world has fundamentally shifted, as an international team of physicists…
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Artificial Intelligence
MIT Researchers Develop Breakthrough Silicon Photonics Chip to Create Smaller More Durable Lidar Sensors with Enhanced Fields of View
The evolution of autonomous navigation has long been tethered to the development of sophisticated sensing technologies, with Light Detection and…
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