Space exploration and colonization technologies

Assessing the viability of cryogenic preservation durations for interstellar seed banks

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Optimizing spacecraft design with nuclear thermal propulsion for Mars missions in the 2030s

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Using nuclear thermal propulsion for faster interplanetary missions to the outer solar system

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Using nuclear thermal propulsion for faster deep-space missions to Mars and beyond

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Designing mycelium-based filtration systems for Martian dust storm mitigation

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Advancing Mars colonization using nuclear thermal propulsion systems tested in 2023

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Anticipating 22nd century needs with self-replicating space infrastructure

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At quantum coherence limits for fault-tolerant lunar base infrastructure

quantum coherence lunar base fault-tolerant computing quantum error correction space technology

Advancing Mars mission designs using nuclear thermal propulsion for faster interplanetary travel

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Designing self-assembling space habitats using programmable nanomaterials for long-term orbital colonization

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Designing self-assembling space habitats using modular nanotechnology for long-term colonization

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Projecting 2040 applications of nuclear thermal propulsion for interplanetary travel

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