Advanced materials for energy and space applications

Using nuclear thermal propulsion for rapid interplanetary cargo transport

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Predicting space weather impacts during the 2025-2035 solar maximum cycle

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Via self-assembling space habitats using lunar regolith composites

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For asteroid mining robotics with affordance-based manipulation in microgravity environments

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Optimizing asteroid mining efficiency through microbial bioleaching of rare earth elements

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During solar proton events: Shielding strategies for interplanetary spacecraft electronics

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Fusing origami mathematics with robotics to create deployable space habitats

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Employing biomimetic radiation shielding for long-duration human spaceflight missions

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Mitigating satellite communication disruptions during prolonged solar proton events

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Optimizing interstellar mission planning via gravitational slingshot maneuvers around binary star systems

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Across multiverse hypotheses and their testable signatures in cosmic microwave data

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Optimizing nuclear thermal propulsion for fast interplanetary missions to Mars and beyond

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