Space exploration and extraterrestrial resource utilization technologies

Using hydrogen storage metal-organic frameworks for long-duration space missions

hydrogen storage MOFs space missions fuel efficiency material science

Optimizing in-situ water ice utilization for sustainable lunar habitats

lunar water ice in-situ resource utilization habitat sustainability extraction techniques purification

At petapascal pressure regimes: probing exotic matter states in diamond anvil experiments

high-pressure physics diamond anvil cell exotic matter phase transitions petapascal

Evaluating nuclear thermal propulsion for deep-space missions with 15-year ROI horizons

nuclear propulsion space exploration ROI analysis deep-space missions thermal efficiency

Harnessing space-based solar power for continuous terrestrial energy supply

space solar power microwave transmission laser energy orbital collectors renewable energy

For lunar base infrastructure using in-situ 3D printing with regolith composites

lunar base 3D printing regolith composites space construction in-situ resource utilization

In quantum vacuum fluctuations for novel propulsion system concepts

quantum vacuum Casimir effect propulsion physics zero-point energy breakthrough propulsion

Revolutionizing manufacturing using cold spray additive techniques for high-performance aerospace components

cold spray additive manufacturing solid-state deposition aerospace materials metal bonding coating technologies

Employing cold spray additive techniques for 2025 cost reduction targets in aerospace component manufacturing

cold spray additive manufacturing aerospace components cost reduction material deposition 2025 targets

Through asteroid spectral mining for rare metal-rich near-Earth objects

asteroid mining spectroscopy rare metals near-Earth objects space resources

Through in-situ water ice utilization for sustainable lunar outpost operations

lunar ice ISRU space resource utilization life support systems propellant production

Byzantine-era concrete recipes adapted for self-healing lunar regolith composites

space materials archaeomaterials biomineralization ISRU (in-situ resource utilization) crack propagation resistance