• China has introduced a breakthrough stealth material developed at Zhejiang University that could potentially render future U.S. missile defense systems—like the proposed “Golden Dome”—less effective. The material drastically reduces infrared and microwave emissions, even under extreme heat (up to 700°C or 1,292°F), making it harder for radar and thermal systems to detect or lock onto targets.

    What makes this material especially concerning to defense analysts is its ability to cut mid-wave infrared radiation by over 63%, and its exceptional thermal camouflage properties. If deployed on hypersonic weapons or advanced missiles, it could pose a major challenge to global missile interception technologies. Experts say this development could signal a new era in arms race stealth innovation—one where visibility becomes optional.

    #ChinaDefenseTech #StealthWeapons #GoldenDomeChallenge #MilitaryInnovation #InfraredCamouflage
    China has introduced a breakthrough stealth material developed at Zhejiang University that could potentially render future U.S. missile defense systems—like the proposed “Golden Dome”—less effective. The material drastically reduces infrared and microwave emissions, even under extreme heat (up to 700°C or 1,292°F), making it harder for radar and thermal systems to detect or lock onto targets. What makes this material especially concerning to defense analysts is its ability to cut mid-wave infrared radiation by over 63%, and its exceptional thermal camouflage properties. If deployed on hypersonic weapons or advanced missiles, it could pose a major challenge to global missile interception technologies. Experts say this development could signal a new era in arms race stealth innovation—one where visibility becomes optional. #ChinaDefenseTech #StealthWeapons #GoldenDomeChallenge #MilitaryInnovation #InfraredCamouflage
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