Space exploration and extraterrestrial habitats

Updating Cold War research on radiation shielding using modern nanocomposite materials

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Atomic precision defect engineering in perovskite solar cells with 50-year durability requirements

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Mitigating space radiation exposure using active magnetic shielding systems

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Via self-assembling space habitats using modular origami-inspired structures

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Blending Byzantine engineering principles with modern space habitat structural design

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Employing biomimetic radiation shielding for long-duration deep space missions

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Investigating megayear material degradation in 2D material heterostructures for space applications

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Employing biomimetic radiation shielding for deep-space astronaut protection during solar proton events

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Employing self-healing materials in aerospace components to reduce maintenance costs over geological epochs

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Via self-assembling space habitats using microbial construction processes

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Updating Cold War-era radiation shielding materials for modern space exploration

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Fusing origami mathematics with soft robotics for reconfigurable space exploration tools

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