Test Site: how to NOT re-invent the wheel.
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Intercepting a missile sounds straightforward. Launch another missile at it before it reaches its target. In reality, it is one of the most technically demanding challenges of defense. Unlike offensive missiles, interceptor missiles must detect, track, calculate, and collide with a target that may be traveling several times the speed of sound, often within a…
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China’s new computing chip reconstructs brain structures in real time for faster diagnosis and surgery.
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Here;s how decades-long nuclear batteries could quietly transform military sensing, autonomy, and contested logistics.
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The process uses electricity, natural gas and water rather than harsh chemicals.
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It mitigates performance degradation in thick-electrode architectures, providing a eco-friendly technique for next-generation EVs and energy storage batteries.
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NATO’s defense spending gap is back in focus as the US pushes allies to increase military spending ahead of the alliance’s summit in Ankara, Turkey.
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Through its FUTUR-IC research program, MIT has unveiled advances addressing microchip data transmission speeds and energy consumption.
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ADAR One uses sound-based sensing to eliminate 2D blind spots and fits easily into robots with its compact design.
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Advanced RF seekers could help Europe’s interceptors identify targets more reliably.
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The Tsinghua University team competed using the Booster T1 humanoid platform, showcasing advances in AI, perception, locomotion, and autonomous game strategy.
Got any book recommendations?