DARPA Generative Optogenetics (GO) Gathers Biosecurity, Regulatory Advisers for Commercializing Programmable Biology Tech
DARPA Generative Optogenetics (GO) Gathers Biosecurity, Regulatory Advisers for Commercializing Programmable Biology Tech
2 个月之前
sociable.co
Programmable & smart matter
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Programmable & smart matter
4 个月之前
MSNIsaac Arthur
🚙✈️ 🚢 🚀 Vehicles, ships, and robots, OH MY! No matter the vehicle, traditional control systems struggle when unexpected challenges—like damage, unforeseen environments, or new missions—push them beyond their design limits. Our Learning Introspective Control (LINC) program aims to fundamentally improve the safety of mechanical systems, such as ground vehicles, ships, and robotics, using various machine learning methods that require minimal computing power. By monitoring a platform’s real-time
2:14
🚙✈️ 🚢 🚀 Vehicles, ships, and robots, OH MY! No matter the vehicle, traditional control systems struggle when unexpected challenges—like damage, unforeseen environments, or new missions—push them beyond their design limits. Our Learning Introspective Control (LINC) program aims to fundamentally improve the safety of mechanical systems, such as ground vehicles, ships, and robotics, using various machine learning methods that require minimal computing power. By monitoring a platform’s real-time
已浏览 1371 次2024年12月10日
FacebookDefense Advanced Research Projects Agency …
As we mark the 100-year anniversary of the birth of #quantum mechanics, DARPA is continuing to push the boundaries of quantum science – literally. DARPA’s Intensity-Squeezed Photonic Integration for Revolutionary Detectors (INSPIRED) program is currently working to break through the quantum noise barrier by harnessing squeezed light – a quantum phenomenon that allows for ultra-precise measurements. By developing chip-scale squeezed-light sources 40 times quieter than the quantum noise limit, INS
0:11
As we mark the 100-year anniversary of the birth of #quantum mechanics, DARPA is continuing to push the boundaries of quantum science – literally. DARPA’s Intensity-Squeezed Photonic Integration for Revolutionary Detectors (INSPIRED) program is currently working to break through the quantum noise barrier by harnessing squeezed light – a quantum phenomenon that allows for ultra-precise measurements. By developing chip-scale squeezed-light sources 40 times quieter than the quantum noise limit, INS
已浏览 1082 次2025年2月13日
FacebookDefense Advanced Research Projects Agency …
🚨 PROGRAMMABLE MATTER DISCOVERY 🚨 Scientists have built new 3D crystals using DNA as code. Tiny DNA blocks combined with gold nanoparticles, creating materials that can bend light and store energy. This has been achieved in the lab. #DNA #Nanotech #FutureMaterials #BreakingScience | Above The Norm News
1:34
🚨 PROGRAMMABLE MATTER DISCOVERY 🚨 Scientists have built new 3D crystals using DNA as code. Tiny DNA blocks combined with gold nanoparticles, creating materials that can bend light and store energy. This has been achieved in the lab. #DNA #Nanotech #FutureMaterials #BreakingScience | Above The Norm News
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FacebookAbove The Norm News
DARPA tests buoy network for fallback military comms at sea - Engadget
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DARPA tests buoy network for fallback military comms at sea - Engadget
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💪 Come forge the future of manufacturing with us. Friday, Nov. 15, is the deadline to apply to join our "Freedom's Forge 2.0" workshop, Jan. 22-24 in Houston. The "Freedom's Forge 2.0" effort is focused on transforming manufacturing, maintainability, and testing capabilities. The strategy aims to both rapidly field new concepts as well as accelerate existing production assets to ensure we can adapt and scale to surge defense production when needed. New ideas often live at the intersection of di
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