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Defense

Stronger Than Steel, Lighter Than Kevlar: How Graphene Could Redefine Bulletproof Protection

Stronger Than Steel, Lighter Than Kevlar: How Graphene Could Redefine Bulletproof Protection

The next generation of body armor may be built atom by atom. For decades, bullet-resistant protection has followed a familiar tradeoff. Increased protection typically comes at the cost of increased weight. Heavier armor slows movement, increases fatigue, and limits endurance — factors that directly influence survivability in combat and law enforcement
The Graphene Frontier 12 Feb 2026
Materials Advantage

Materials Advantage

How Graphene Is Reshaping Defense Readiness Special Report | Defense & National Security Modern military advantage is increasingly constrained not by weapons design, but by sustainment. Platforms have grown more complex, power-dense, and thermally stressed. Electronics are more vulnerable. Operating environments are harsher. Maintenance cycles are longer and more expensive. In
The Graphene Frontier 07 Jan 2026
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