🤖 NVIDIA’s VFlash AI method accelerates robot trajectory decoding by up to 12 times and cuts 3D prediction errors by 61%, helping robots plan movements faster and more accurately.

🔗 https://link.ie.social/YIJCbX

⚡ Google plans a 702 MW natural gas fuel-cell project with carbon capture to power its first Wyoming data center, aiming to store most of its CO₂ emissions underground while supporting a $17 billion investment in the state.

🔗 https://link.ie.social/kDhcMy

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🎯 The US Army’s MALET kit allows drones to deploy standard 60mm and 81mm mortar rounds without permanently modifying the ammunition, with live tests successfully demonstrating drops from moving drones.

🔗 https://link.ie.social/qbfQ3W

✈️ AutoFlight has completed the world’s first autonomous five-eVTOL formation flight, with aircraft of different sizes and configurations flying together for 47 minutes and covering 83 miles without manual intervention.

🔗 https://link.ie.social/YCBhew

🧠 MIT researchers have developed UQ-DAAAM, an AI memory system that helps robots detect and correct inaccurate object descriptions by comparing different camera views, resolving ambiguities for 92% of objects in tests.

🔗 https://link.ie.social/a095F2

What if a wheelchair could walk up stairs? Toyota’s Walk Me uses four robotic legs to kneel, climb steps, and help riders get into cars. Watch the full video to see how roughly 10,000 motion simulations helped it learn to walk and what it would take to bring the award-winning concept into everyday use. https://www.youtube.com/watch?v=oMC9U_HfjJo

🔋 Chinese battery giant CATL is exploring lithium-air batteries that could theoretically deliver over 1,243 miles (2,000 km) of EV range and significantly higher energy density than current batteries. The technology uses oxygen from the air to generate electricity, but challenges involving rechargeability, durability, and electrode degradation keep it in the experimental stage.

🔗https://link.ie.social/iQ7Fhm

🖥️ From gate-all-around transistors and EUV lithography to high-bandwidth memory, chiplets, and silicon photonics, 10 key semiconductor technologies are shaping faster, smaller, and more energy-efficient electronics. These advances improve processing power, data transfer, storage capacity, and power efficiency across AI data centers, smartphones, and electric vehicles.

🔗https://link.ie.social/1bM7Y1

⚓ Spain’s newest submarine, Isaac Peral (S-81), sank the decommissioned patrol vessel Infanta Elena with a single torpedo during the SINKEX-26 naval exercise in the Atlantic Ocean. The live-fire drill demonstrated the submarine’s weapons capabilities and coordination with naval and aviation units, although it did not test combat effectiveness against an actively defended warship.

🔗https://link.ie.social/NGSFY0

🌬️ Chinese company Linyi Yunchuan has tested its S4000 airborne wind energy system, which uses a helium-filled platform to lift turbines up to 2.5 miles (4 km) above the ground. The 220-foot-long structure transmits electricity through a tether, potentially reducing land requirements, although its commercial viability and long-term reliability remain unproven.

🔗https://link.ie.social/lGtU4y

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🚀 NASA is exploring nuclear thermal and electric propulsion technologies that could enable faster, more efficient deep-space missions. Nuclear thermal engines could potentially reduce crewed travel times to Mars to 45–60 days, while nuclear-powered systems could support long-duration exploration of distant planets and moons where sunlight is limited.

🔗https://link.ie.social/S5MZp3