Innovation

Microrobots

Leipzig University Creates Microrobot That Learns to Navigate Flowing Fluids

Scientists at Leipzig University have built microscopic synthetic swimmers that navigate through fluids by feeling their surroundings with their own bodies. Using machine learning, the tiny robots learned to reach targets even when water flows pushed against them four times harder than they could swim. This breakthrough in embodied intelligence could lead to medical microrobots that deliver medicine directly to precise locations inside the human bloodstream.

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NVIDIA Rubin POD: 5 Racks, 7 Chips, One AI Machine

NVIDIA Vera Rubin POD Unites 7 Chips, 5 Racks Into One AI Supercomputer

NVIDIA has introduced the Vera Rubin POD, a new AI supercomputer platform built for agentic AI. Combining five rack-scale systems into one cohesive unit, the platform uses 1,152 GPUs to deliver up to 10x better inference performance per watt than previous systems. Designed for large-scale data centers, it aims to power the next era of AI interactions.

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Clear laboratory container with electrode collecting metal deposits from battery recycling solution containing tartaric acid.

US Johns Hopkins Uses Wine Waste to Recycle Battery Metals

Johns Hopkins researchers use tartaric acid from wine waste to recycle cobalt and nickel from batteries. The electrochemical method achieves over 99% purity for cobalt and cuts costs dramatically compared to conventional solvent extraction. The process could make EV battery recycling simpler and more sustainable.

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